Analog and Interface Product Selector...

Analog and Interface Product Selector GuideThermal Management • Motor Driver • Power Management Interface and Networking Peripherals • Linear and Mixed Signal CO and Smoke Detector ICs

Analog and Interface

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www.microchip.com/analog2

Table of Contents

Thermal ManagementTemperature Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Logic Output Temperature Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Voltage Output Temperature Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Serial Output Temperature Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Serial Output Temperature Sensors with Multichannel Temperature Sensors . . 5

Sensor Conditioning ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6Open-Loop Fan Controllers and Fan Fault Detectors . . . . . . . . . . . . . . . . . . . . . . . 6Closed-Loop Fan Controllers with SMBus/I2C Interface . . . . . . . . . . . . . . . . . . . . . 6

Motor DriversStepper Motors, DC Motors and 3-Phase BLDC Motors . . . . . . . . . . . . . . . . . . . . 7

Position SensorsInductive Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Power ManagementVoltage References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Single Output Linear Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Multiple Output Linear Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15Linear Regulators–LDO Controller and SIM Card . . . . . . . . . . . . . . . . . . . . . . . . . 17DDR Termination Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17High-Voltage Linear Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17Single Output Switching Regulators (Buck) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17Single Output Switching Regulators (Boost) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19Multiple Output Switching Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Combination Switching Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21Inductorless Offline Switching Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21PWM Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21Hybrid PWM Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Power Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Charge Pump DC-to-DC Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Inverting or Doubling Charge Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Regulated Charge Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

CPU/System Supervisors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25Power MOSFET Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Low-Side Power MOSFET Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28High-Side Power MOSFET Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30Synchronous Power MOSFET Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

Battery Chargers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31Hot Swap Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32Power Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

USB Port Power Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32Current Limit USB Protection Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33Load Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Display and LED DriversElectroluminescent Backlight Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

16-Segment Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Offline Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Single Lamp Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Dual Lamp Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

LED Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Automotive . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36General Purpose . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Backlight . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37Linear . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38Linear Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38Sequential Linear . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38Camera Flash . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

High-Voltage InterfaceDriver Arrays . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Sink . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39Source . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39Source-Sink . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

Amplifiers and MEMS Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40MOSFETS - Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

Depletion-Mode N-Channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40Enhancement Mode N-Channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40Enhancement Mode P-Channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41N-Channel (Enhancement Mode MOSFET Arrays) . . . . . . . . . . . . . . . . . . . . . 42Complimentary (Enhancement Mode MOSFET Arrays) . . . . . . . . . . . . . . . . . 42

Applications Specific . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Liquid Lens Driver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43Complimentary MOSFET Level Translator and Driver . . . . . . . . . . . . . . . . . . . 43High-Side Current Monitor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43Fault Protection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43Relay Driver and Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

LinearOp Amps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 Zero-Drift Operational Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47Differential Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49Programmable Gain Amplifiers (PGA) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49Selectable Gain Amplifiers (SGA) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49Instrumentation Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49Comparators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50Current Sense Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50

Mixed SignalSuccessive Approximation Register (SAR) A/D Converters . . . . . . . . . . . . . . . . . . 50Delta-Sigma A/D Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50Pipelined A/D Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52Energy Metering and Power Monitoring ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53Energy Measurement AFEs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53DC Power Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Dual-Slope A/D Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Binary and BCD A/D Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Display A/D Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Digital Potentiometers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55Frequency-to-Voltage/Voltage-to-Frequency Converters . . . . . . . . . . . . . . . . . . . . 56D/A Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Interface and NetworkingCAN Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58LIN Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58Line Circuits . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59Line Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61Ethernet Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

Ethernet Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62Ethernet Bridges . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62Ethernet Transceivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62EtherCat® Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62Ethernet Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

Serial Peripherals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63Wi-Fi® Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63Wi-Fi RF Front-End Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64Bluetooth® Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65IEEE 802 .15 .4 zigbee® RF Transceiver Products . . . . . . . . . . . . . . . . . . . . . . . . . . 66Sub-GHz Transceivers/Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66Sub-GHz Transmitters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66Sub-GHz Receivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66MCU Transmitters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66USB Bridge Devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66USB Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66

USB Hub Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66USB-C™ Power and Charging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67USB Transceivers/Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67USB Flash Media Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67USB Security . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67

Real-Time Clock/Calendar (RTCC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67

CO and Smoke Detector ICsPhotoelectric Smoke Detector ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68Ionization Smoke Detector ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68Ionization Smoke Detector Front Ends . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68CO Detectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68Piezoelectric Horn Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69

UltrasoundHigh-Voltage Analog Multiplexers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69Ultrasound MOSFET Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70Ultrasound TR Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70Arbitrary Wafeform Generators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70Ultrasound Transmitters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70

Total System SolutionsTotal System Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

Analog and Interface Product Selector Guide 3

Analog and Interface Solutions

Are You Looking for Complete Analog and Interface Design Solutions?Microchip’s integrated analog technology, peripherals and features are engineered to meet today’s demanding design require-ments . Our broad spectrum of analog products addresses thermal management, power management, battery management, mixed-signal, linear, interface and safety and security solutions . Combined with Microchip’s Intelligent Analog microcontrollers, our extensive analog portfolio can be used in thousands of high-performance design applications in the automotive, communications (wireless), consumer, computing and industrial control markets .

Our broad portfolio of standalone analog and interface devices offers highly inte-grated solutions that combine various analog functions in space-saving packages and support a variety of bus interfaces . Many of these devices support functionality that enhances the analog features currently available on PIC® MCUs .

Want a Business Partner, Not Just a Vendor?Successful companies recognize the value of a strategic supplier relationship to help them deliver innovative products to market quickly . They trust their suppliers to furnish quality components for current design opportunities as well as technology road maps and innovative solutions to stay ahead of tomorrow’s design trends . Microchip provides low-risk product development, lower total system cost and faster time to market to more than 80,000 of these successful companies worldwide . Headquartered in Chandler, Arizona, Microchip offers outstanding technical support along with dependable delivery and quality.

Are Quality and Delivery a Concern?Microchip’s quality systems are certified according to the International Organization for Standards/Technical Specification (ISO/TS)-16949:2002 requirements . This demonstrates that our quality systems meet the most stringent industry quality-management system standards, resulting in high-quality semiconductor products . Direct control over manufacturing resources allows shortened design and production cycles . By owning the wafer fabrication facilities and the majority of the test and assembly operations, and by employing proprietary statistical process control techniques, Microchip has been able to achieve and maintain high production yields .

Need Additional Support and Resources?Microchip is committed to supporting its customers by helping design engineers develop products faster and more efficiently. You can access three main service areas at www .microchip .com . The Design Support area provides a fast way to get questions an-swered. The Sample and Buy area offers evaluation samples of any Microchip device. microchipDIRECT provides 24-hour pricing, ordering, inventory and credit for convenient purchasing of all Microchip devices and development tools . This site also features on-line programming capabilities. Finally, the Training area offers opportunities to expand your knowledge with Microchip’s online web seminars and hands-on courses at our worldwide Technical Training Centers. Our seminars and training classes are designed to fit your schedule and offer an overview of many product, development tool and application topics. Visit www .microchip .com/training for class content and schedules .

Have you ever encountered a technical dilemma at a critical point in your design development and your supplier was not available to answer your questions? Microchip’s 24/7 global technical support line offers you technical support resources any time help is needed . Because some technical problems require hands-on assistance in order to be resolved quickly, Microchip has also developed a global team of field applications engineers and field sales engineers who provide local assistance.

Microchip’s Standalone Analog and Interface Portfolio

Linear Mixed SignalPower Management

Amplifiers

Comparators

Interface

CAN, CAN FD, LIN

HV Interface

USB and I/O Expanders

Ethernet

Wireless

Real-Time Clock/Calendar

DC/DC Converters

PWM Controllers

Battery Chargers

Power Modules

Power MOSFET Drivers

Power MOSFETs

Motor Drivers

System Supervisors Voltage Detectors

Power Switches

Hot Swap Power Controllers

DDR and SCSI Terminators

Display/LED Drivers

A/D Converters

Clock and Timing

Oscillators

Clock Generators

Clock and Data DistributionUltrasound

Ultrasound Products

CO and Smoke Detector ICs

Smoke Detector ICs

Piezoelectric Horn Drivers

Thermal Management

Temperature Sensors

Fan Control and Management

Current/DC Power Measurement ICs

Power Monitoring and Metering

DACs and Digital Potentiometers

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-pin

SO

IC, 5

-pin

TO

-220

TC62

3±1

±3−4

0 to

+12

5+2

.7 to

+4.

525

0Tw

o re

sisto

r-pro

gram

mab

le tri

p po

ints

8-pi

n PD

IP, 8

-pin

SO

ICTC

624

±1±5

−40

to +

125

+2.7

to +

4.5

300

Dual

outp

ut, r

esist

or-p

rogr

amm

able

trip

poin

ts8-

pin

PDIP

, 8-p

in S

OIC

MCP

9501

±1±4

−40

to +

125

+2.7

to +

5.5

40Ac

tive-

High

, Pus

h-Pu

ll Out

put,

Risin

g Te

mpe

ratu

re S

witc

h5-

pin

SOT-

23M

CP95

02±1

±4−4

0 to

+12

5+2

.7 to

+5.

540

Activ

e-Lo

w, O

pen

Drain

Out

put,

Risin

g Te

mpe

ratu

re S

witc

h5-

pin

SOT-

23M

CP95

03±1

±4−4

0 to

+12

5+2

.7 to

+5.

540

Activ

e-Hi

gh, P

ush-

Pull O

utpu

t, Fa

lling

Tem

pera

ture

Sw

itch

5-pi

n SO

T-23

MCP

9504

±1±4

−40

to +

125

+2.7

to +

5.5

40Ac

tive-

Low

, Ope

n Dr

ain O

utpu

t, Fa

lling

Tem

pera

ture

Sw

itch

5-pi

n SO

T-23

MCP

9509

±0.5

NS−4

0 to

+12

5+2

.7 to

+5.

550

Resis

tor-p

rogr

amm

able

tem

pera

ture

sw

itch

5-pi

n SO

T-23

MCP

9510

±0.5

NS−4

0 to

+12

5+2

.7 to

+5.

580

Resis

tor-p

rogr

amm

able

tem

pera

ture

sw

itch

6-pi

n SO

T-23

Volta

ge O

utpu

t Tem

pera

ture

Sen

sors

MCP

9700

±1±4

−40

to +

125

+2.3

to +

5.5

12Li

near

Act

ive T

herm

istor

® IC,

Tem

pera

ture

slo

pe: 1

0 m

V/°C

3-pi

n TO

-92,

5-p

in S

C-70

, 3-p

in S

OT-

23M

CP97

01±1

±4−4

0 to

+12

5+3

.1 to

+5.

512

Linea

r Act

ive T

herm

istor

IC, T

empe

ratu

re s

lope

: 19.

53 m

V/°C

, cro

ss to

MAX

6612

3-pi

n TO

-92,

5-p

in S

C-70

, 3-p

in S

OT-

23M

CP97

00A

±1±2

−40

to +

125

+2.3

to +

5.5

12Li

near

Act

ive T

herm

istor

IC, T

empe

ratu

re s

lope

: 10

mV/

°C3-

pin

TO-9

2, 5

-pin

SC-

70, 3

-pin

SO

T-23

MCP

9701

A±1

±2−4

0 to

+12

5+3

.1 to

+5.

512

Linea

r Act

ive T

herm

istor

IC, T

empe

ratu

re s

lope

: 19.

53 m

V/°C

, cro

ss to

MAX

6612

3-pi

n TO

-92,

5-p

in S

C-70

, 3-p

in S

OT-

23TC

1046

±0.5

±2−4

0 to

+12

5+2

.7 to

+4.

460

High

pre

cisio

n te

mpe

ratu

re-to

-vol

tage

con

verte

r, 6.

25 m

V/°C

3-pi

n SO

T-23

BTC

1047

±0.5

±2−4

0 to

+12

5+2

.7 to

+4.

460

High

pre

cisio

n te

mpe

ratu

re-to

-vol

tage

con

verte

r, 10

mV/

°C3-

pin

SOT-

23B

TC10

47A

±0.5

±2−4

0 to

+12

5+2

.5 to

+5.

560

High

pre

cisio

n te

mpe

ratu

re-to

-vol

tage

con

verte

r, 10

mV/

°C3-

pin

SOT-

23B

Seria

l Out

put T

empe

ratu

re S

enso

rs

MCP

9800

±0.5

±1−5

5 to

+12

5+2

.7 to

+5.

540

0SM

Bus/

I2 C c

ompa

tible

inte

rface

, 0.0

625°

C to

0.5

°C a

dj. r

esol

utio

n, P

ower

-sav

ing

one-

shot

tem

pera

ture

m

easu

rem

ent

5-pi

n SO

T-23

MCP

9801

±0.5

±1−5

5 to

+12

5+2

.7 to

+5.

540

0SM

Bus/

I2 C c

ompa

tible

inte

rface

, 0.0

625°

C to

0.5

°C a

dj. r

esol

utio

n, P

ower

-sav

ing

one-

shot

tem

pera

ture

m

easu

rem

ent,

mul

ti-dr

op c

apab

ility

8-pi

n M

SOP,

8-p

in S

OIC

MCP

9802

±0.5

±1−5

5 to

+12

5+2

.7 to

+5.

540

0SM

Bus/

I2 C c

ompa

tible

inte

rface

with

tim

e ou

t, 0.

0625

°C to

0.5

°C a

dj. r

esol

utio

n,

Pow

er-s

avin

g on

e-sh

ot te

mpe

ratu

re m

easu

rem

ent

5-pi

n SO

T-23

MCP

9803

±0.5

±1−5

5 to

+12

5+2

.7 to

+5.

540

0SM

Bus/

I2 C c

ompa

tible

inte

rface

with

tim

e ou

t, 0.

0625

°C to

0.5

°C a

dj. r

esol

utio

n,

Pow

er-s

avin

g on

e-sh

ot te

mpe

ratu

re m

easu

rem

ent,

Mul

ti-dr

op c

apab

ility

8-pi

n M

SOP,

8-p

in S

OIC

MCP

9804

±0.2

5±1

−40

to +

125

+2.7

to +

5.5

400

User

pro

gram

mab

le te

mpe

ratu

re lim

its w

ith a

lert o

utpu

t, 1°

C te

mp.

acc

urac

y fro

m −

40°C

to +

125°

C8-

pin

MSO

P, 8

-pin

2 ×

3 D

FN

MCP

9805

±0.5

±1(2

)−2

0 to

+12

5+3

.0 to

+3.

640

0JE

DEC-

com

patib

le re

gist

er s

et, S

MBu

s/I2 C

com

patib

le in

terfa

ce, P

rogr

amm

able,

Shu

t-dow

n m

odes

and

EV

ENT

outp

ut8-

pin

TSSO

P, 8

-pin

2 ×

3 D

FN

MCP

9808

±0.2

5±0

.5−4

0 to

+12

5+2

.7 to

+5.

540

00.

5°C

tem

pera

ture

acc

urac

y fro

m −

10°C

to +

100°

C8-

pin

2 ×

3 DF

N, 8

-pin

MSO

PM

CP98

43±0

.5±1

(2)

−20

to +

125

+3.0

to +

3.6

500

Com

plian

t to

JEDE

C TS

E300

0B3

spec

ificat

ion

8-pi

n TS

SOP,

8-p

in 2

× 3

DFN,

8-p

in 2

× 3

TDFN

MCP

9824

3±1

±3−4

0 to

+12

5+3

.0 to

+3.

650

0Se

rial o

utpu

t tem

pera

ture

sen

sor w

ith in

tegr

ated

EEP

ROM

(TSE

2002

B3)

8-pi

n TS

SOP,

8-p

in 2

× 3

DFN,

8-p

in 2

× 3

TDFN

MCP

9824

4±0

.5±3

−40

to +

125

+1.7

to +

3.6

500

Seria

l out

put t

empe

ratu

re s

enso

r com

plian

t to

TSE2

004a

8-pi

n 2

× 3

TDFN

MCP

9844

±0.5

±3−4

0 to

+12

5+1

.7 to

+3.

650

0Se

rial o

utpu

t tem

pera

ture

sen

sor w

ith in

tegr

ated

EEP

ROM

(TSE

2004

a)8-

pin

2 ×

3 TD

FNTC

77±0

.5±1

−55

to +

125

+2.7

to +

5.5

400

SPI-c

ompa

tible

inte

rface

, 0.0

625°

C te

mpe

ratu

re re

solu

tion

5-pi

n SO

T-23

A, 8

-pin

SO

ICTC

72±0

.5±1

−55

to +

125

+2.6

5 to

+5.

540

0SP

I-com

patib

le int

erfa

ce, P

ower

-sav

ing o

ne-s

hot t

empe

ratu

re m

easu

rem

ent,

0.25

°C te

mpe

ratu

re re

solut

ion8-

pin

MSO

P, 8

-pin

3 ×

3 D

FNTC

74±0

.5±2

−40

to +

125

+2.7

to +

5.5

350

SMBu

s/I2 C

-com

patib

le in

terfa

ce, 1

°C te

mpe

ratu

re re

solu

tion

5-pi

n SO

T-23

A, 5

-pin

TO

-220

TCN7

5A±0

.5±2

−40

to +

125

+2.7

to +

5.5

500

SMBu

s/I2 C

-com

patib

le in

terfa

ce, p

ower

-sav

ing

one-

shot

tem

pera

ture

mea

sure

men

t, m

ulti-

drop

cap

abilit

y,

0.06

25°C

to 0

.5°C

adj

usta

ble

tem

pera

ture

reso

lutio

n8-

pin

MSO

P, 8

-pin

SO

IC

AT30

TS74

±1±2

−55

to +

125

+1.7

to +

5.5

125

SMBu

s/I2 C

com

patib

le in

terfa

ce, 0

.062

5°C

to 0

.5°C

adj

. res

olut

ion,

pow

er-s

avin

g on

e-sh

ot te

mpe

ratu

re

mea

sure

men

t8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

UDF

N,

4-ba

ll WLC

SP, 5

-bal

l WLC

SP

AT30

TS75

A±0

.5±1

−55

to +

125

+1.7

to +

5.5

125

SMBu

s/I2 C

com

patib

le in

terfa

ce, 0

.062

5°C

to 0

.5°C

adj

. res

olut

ion,

pow

er-s

avin

g on

e-sh

ot te

mpe

ratu

re

mea

sure

men

t8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

UDF

N

AT30

TS75

0A±0

.5±1

−55

to +

125

+1.7

to +

5.5

125

SMBu

s/I2 C

com

patib

le int

erfa

ce, n

onvo

ltatile

regis

ters

to re

tain

user

-con

figur

ed o

r pre

-defi

ned

powe

r-up

defa

ults

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 U

DFN

AT30

TSE7

52A

±0.5

±1−5

5 to

+12

5+1

.7 to

+5.

512

5SM

Bus/

I2 C c

ompa

tible

inte

rface

, non

volta

tile re

gist

ers

to re

tain

use

r-con

figur

ed o

r pre

-defi

ned

pow

er-u

p de

faul

ts, i

nteg

rate

d 2

KB s

erial

EEP

ROM

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 U

DFN

Not

e 1:

The

se d

evice

s us

e an

ext

erna

l tem

pera

ture

sen

sor.

Accu

racy

of t

he to

tal s

olut

ion

is a

func

tion

of th

e ac

cura

cy o

f the

ext

erna

l sen

sor.

2: M

axim

um a

ccur

acy

mea

sure

d at

85°

C.


THER

MAL

MAN

AGEM

ENT:

Mul

ticha

nnel

Tem

pera

ture

Sen

sors

Part

#Ty

pica

l Ac

cura

cy

(°C)

Max

imum

Ac

cura

cy

@ 2

5°C

(°C

)

Max

imum

Te

mpe

ratu

re

Rang

e (°C

)Vc

c Ra

nge

(V)

Max

imum

Su

pply

C

urre

nt (µ

A)Fe

atur

esPa

ckag

es

Seria

l Out

put T

empe

ratu

re S

enso

rs (C

ontin

ued)

AT30

TSE7

54A

±0.5

±1−5

5 to

+12

5+1

.7 to

+5.

512

5SM

Bus/

I2 C c

ompa

tible

inte

rface

, non

volta

tile re

gist

ers

to re

tain

use

r-con

figur

ed o

r pre

-defi

ned

pow

er-u

p de

faul

ts,

inte

grat

ed 4

KB

seria

l EEP

ROM

8-pi

n SO

IC, 8

-pin

MSO

P,

8-pi

n 2

× 3

UDFN

AT30

TSE7

58A

±0.5

±1−5

5 to

+12

5+1

.7 to

+5.

512

5SM

Bus/

I2 C c

ompa

tible

inte

rface

, non

volta

tile re

gist

ers

to re

tain

use

r-con

figur

ed o

r pre

-defi

ned

pow

er-u

p de

faul

ts,

inte

grat

ed 8

KB

seria

l EEP

ROM

8-pi

n SO

IC, 8

-pin

MSO

P,

8-pi

n 2

× 3

UDFN

AT30

TSE0

02B

±1±3

−40

to +

125

+2.7

to +

3.6

500

JEDE

C (J

C42.

4) S

O-D

IMM

SPD

+ T

S co

mpl

iant,

SMBu

s/I2 C

com

patib

le in

terfa

ce, i

nteg

rate

d 2

KB s

erial

EEP

ROM

8-pi

n 2

× 3

UDFN

AT30

TSE0

04A

±0.5

±3−4

0 to

+12

5+1

.7 to

+3.

650

0JE

DEC

JC42

.4 (T

SE20

04av

) DIM

M S

PD +

TS

com

plian

t, SM

Bus/

I2 C c

ompa

tible

inter

face

, inte

grat

ed 4

KB

seria

l EEP

ROM

8-pi

n 2

× 3

UDFN

THER

MAL

MAN

AGEM

ENT

PRO

DU

CTS

: M

ultic

hann

el T

empe

ratu

re S

enso

rs

Part

##

of R

emot

e Te

mp.

Se

nsor

s

Typ.

Accu

racy

(°C

)

Max

imum

Ac

cura

cy

@ 2

5°C

(°C

)

Max

imum

Te

mp.

Ran

ge

(°C)

Ambi

ent

Tem

p.

Sens

orAl

ert/

THER

MH

ardw

are

Shut

dow

nVc

c Ra

nge

(V)

Typ.

Supp

ly

Cur

rent

(µ

A)D

escr

iptio

n an

d Ad

ditio

nal F

eatu

res

Pack

ages

Seria

l Out

put T

empe

ratu

re S

enso

rs w

ith M

ultic

hann

el T

empe

ratu

re S

enso

rsM

IC18

41

±1.0

±2.0

−55

to +

125

11

–2.

7–5.

534

0Lo

cal/R

emot

e Th

erm

al Su

perv

isor

8-pi

n SO

IC, 8

-pin

MSO

PM

IC28

01

±1.0

±2.0

−55

to +

125

11

–3.

0–3.

623

0Pr

ecisi

on It

tyBi

tty® T

herm

al Su

perv

isor

6-pi

n SO

TM

IC28

11

±1.0

±3.0

−55

to +

125

01

–3.

0–3.

623

0Lo

w-C

ost I

ttyBi

tty T

herm

al Se

nsor

6-pi

n SO

TM

IC28

41

±1.0

±2.0

−55

to +

125

12

–2.

7–5.

535

0Tw

o-Zo

ne T

herm

al Su

perv

isor w

ith C

RIT

Out

put

8-pi

n SO

IC, 8

-pin

MSO

PM

IC38

42

±1.0

±2.0

−55

to +

125

11

–2.

7–5.

535

0Th

ree-

Zone

The

rmal

Supe

rviso

r8-

pin

SOIC

, 8-p

in M

SOP

MCP

9902

1±0

.25

±1.0

−40

to +

125

12

–3.

0–3.

645

0Lo

wer

Tem

pera

ture

Dua

l Tem

pera

ture

Sen

sor

8-pi

n W

DFN

MCP

9903

2±0

.25

±1.0

−40

to +

125

12

–3.

0–3.

645

0Lo

wer

Tem

pera

ture

Trip

le Te

mpe

ratu

re S

enso

r10

-pin

3 ×

3 V

DFN

MCP

9904

3±0

.25

±1.0

−40

to +

125

12

–3.

0–3.

645

0Lo

wer

Tem

pera

ture

Qua

d Te

mpe

ratu

re S

enso

r10

-pin

3 ×

3 V

DFN

EMC1

046

5±0

.25

±1.0

−40

to +

125

1–

–3.

0–3.

639

5Se

xtup

le SM

Bus/

I2 C S

enso

r with

REC

, Bet

a Co

mpe

nsat

ion

and

Hotte

st o

f The

rmal

Zone

s10

-pin

MSO

PEM

C104

76

±0.2

5±1

.0−4

0 to

+12

51

––

3.0–

3.6

395

Sept

uple

SMBu

s/I2 C

Sen

sor w

ith R

EC, B

eta

Com

pens

atio

n an

d Ho

ttest

of T

herm

al Zo

nes

10-p

in M

SOP

EMC1

072

1±0

.25

±1.0

−40

to +

125

12

–3.

0–3.

643

0Du

al SM

Bus/

I2 C S

enso

r with

Sele

ctab

le Ad

dres

s8-

pin

MSO

PEM

C107

32

±0.2

5±1

.0−4

0 to

+12

51

2–

3.0–

3.6

430

Trip

le SM

Bus/

I2 C S

enso

r with

Sele

ctab

le Ad

dres

s10

-pin

MSO

PEM

C107

43

±0.2

5±1

.0−4

0 to

+12

51

2–

3.0–

3.6

430

Qua

d SM

Bus/

I2 C S

enso

r with

Sele

ctab

le Ad

dres

s10

-pin

MSO

PEM

C181

21

±0.2

5±1

.0−4

0 to

+12

51

2–

1.62

–3.6

25Du

al Ch

anne

l 1.8

V Te

mpe

ratu

re S

enso

r with

Rat

e of

Cha

nge,

Res

istan

ce E

rror

Corre

ctio

n, B

eta

Com

p8-

pin

WDF

N

EMC1

813

2±0

.25

±1.0

−40

to +

125

12

–1.

62–3

.625

Trip

le Ch

anne

l 1.8

V Te

mpe

ratu

re S

enso

r with

Rat

e of

Cha

nge,

Res

istan

ce E

rror

Corre

ctio

n, B

eta

Com

p10

-pin

VDF

N

EMC1

814

3±0

.25

±1.0

−40

to +

125

12

–1.

62–3

.625

Qua

d Ch

anne

l 1.8

V Te

mpe

ratu

re S

enso

r with

Rat

e of

Cha

nge,

Res

istan

ce E

rror

Corre

ctio

n, B

eta

Com

p10

-pin

VDF

N

EMC1

815

4±0

.25

±1.0

−40

to +

125

12

–1.

62–3

.625

Five

Cha

nnel

1.8V

Tem

pera

ture

Sen

sor w

ith R

ate

of C

hang

e, R

esist

ance

Erro

r Cor

rect

ion,

Be

ta C

omp

10-p

in V

DFN

EMC1

833

2±0

.25

±1.0

−40

to +

125

12

–1.

62–3

.625

Trip

le Ch

anne

l 1.8

V Te

mpe

ratu

re S

enso

r with

Rat

e of

Cha

nge,

Res

istan

ce E

rror

Corre

ctio

n, B

eta

Com

p8-

pin

WDF

NEM

C141

21

±0.2

5±1

.0−4

0 to

+12

51

2–

3.0–

3.6

430

Dual

SMBu

s/I2 C

Sen

sor w

ith R

EC, B

eta

Com

pens

atio

n an

d Se

lecta

ble

Addr

ess

8-pi

n TD

FN, 8

-pin

MSO

PEM

C141

32

±0.2

5±1

.0−4

0 to

+12

51

2–

3.0–

3.6

430

Trip

le SM

Bus/

I2 C S

enso

r with

REC

, Bet

a Co

mpe

nsat

ion

and

Selec

tabl

e Ad

dres

s10

-pin

DFN

, 10-

pin

MSO

PEM

C141

43

±0.2

5±1

.0−4

0 to

+12

51

2–

3.0–

3.6

430

Qua

d SM

Bus/

I2 C S

enso

r with

REC

, Bet

a Co

mpe

nsat

ion

and

Selec

tabl

e Ad

dres

s10

-pin

MSO

P, 1

0-pi

n DF

NEM

C142

21

±0.2

5±1

.0−4

0 to

+12

51

11

3.0–

3.6

430

Dual

SMBu

s/I2 C

Sen

sor w

ith R

EC, B

eta

Com

pens

atio

n an

d Re

sisto

r-Set

tabl

e Ha

rdw

are

Ther

mal

Shut

dow

n8-

pin

MSO

P

EMC1

423

2±0

.25

±1.0

−40

to +

125

11

13.

0–3.

643

0Tr

iple

SMBu

s/I2 C

Sen

sor w

ith R

EC, B

eta

Com

pens

atio

n an

d Re

sisto

r-Set

tabl

e Ha

rdw

are

Ther

mal

Shut

dow

n10

-pin

MSO

P

EMC1

424

3±0

.25

±1.0

−40

to +

125

11

13.

0–3.

643

0Q

uad

SMBu

s/I2 C

Sen

sor w

ith R

EC, B

eta

Com

pens

atio

n an

d Re

sisto

r-Set

tabl

e Ha

rdw

are

Ther

mal

Shut

dow

n10

-pin

MSO

P

EMC1

428

7±0

.25

±1.0

−40

to +

125

11

13.

0–3.

645

0O

ctal

SMBu

s/I2 C

Sen

sor R

EC, B

eta

Com

pens

atio

n an

d Re

sisto

r-Set

tabl

e Ha

rdw

are

Ther

mal

Shut

dow

n an

d Ho

ttest

of T

herm

al Zo

nes

16-p

in Q

FN

EMC1

438

7±0

.25

±1.0

−40

to +

125

11

13.

0–3.

645

0O

ctal

SMBu

s/I2 C

Sen

sor R

EC, B

eta

Com

pens

atio

n an

d Re

sisto

r-Set

tabl

e Ha

rdw

are

Ther

mal

Shut

dow

n an

d Ho

ttest

of T

herm

al Zo

nes

16-p

in Q

FN

EMC

1822

1±0

.25

±1.0

−40

to +

125

11

11.

62–3

.625

Dua

l Cha

nnel

1.8

V Te

mpe

ratu

re S

enso

r with

Rat

e of

Cha

nge,

Res

ista

nce

Erro

r C

orre

ctio

n, B

eta

Com

p8

WD

FN

EMC

1823

2±0

.25

±1.0

−40

to +

125

11

11.

62–3

.625

Trip

le C

hann

el 1

.8V

Tem

pera

ture

Sen

sor w

ith R

ate

of C

hang

e, R

esis

tanc

e Er

ror

Cor

rect

ion,

Bet

a C

omp

10 V

DFN

EMC

1824

3±0

.25

±1.0

−40

to +

125

11

11.

62–3

.625

Qua

d C

hann

el 1

.8V

Tem

pera

ture

Sen

sor w

ith R

ate

of C

hang

e, R

esis

tanc

e Er

ror

Cor

rect

ion,

Bet

a C

omp

10 V

DFN

EMC

1825

4±0

.25

±1.0

−40

to +

125

11

11.

62–3

.625

Five

Cha

nnel

1.8

V Te

mpe

ratu

re S

enso

r with

Rat

e of

Cha

nge,

Res

ista

nce

Erro

r C

orre

ctio

n, B

eta

Com

p10

VD

FN

EMC

1843

2±0

.25

±1.0

−40

to +

125

11

11.

62–3

.625

Trip

le C

hann

el 1

.8V

Tem

pera

ture

Sen

sor w

ith R

ate

of C

hang

e, R

esis

tanc

e Er

ror

Cor

rect

ion,

Bet

a C

omp

8 W

DFN

Not

e 1:

The

se d

evice

s us

e an

ext

erna

l tem

pera

ture

sen

sor.

Accu

racy

of t

he to

tal s

olut

ion

is a

func

tion

of th

e ac

cura

cy o

f the

ext

erna

l sen

sor.

2: M

axim

um a

ccur

acy

mea

sure

d at

85°

C. 3

: TC

N75

idle

curre

nt is

250

mA.

Thi

s de

vice

also

has

a So

ftwar

e Sh

utdo

wn

mod

e th

at

redu

ces

supp

ly cu

rrent

to <

1 m

A.


THER

MAL

MAN

AGEM

ENT:

Sen

sor C

ondi

tioni

ng IC

s

Prod

uct

Des

crip

tion

Typi

cal T

c Ac

cura

cy (°

C)

Typi

cal T

h Ac

cura

cy (°

C)

Tem

pera

ture

Ra

nge

(°C)

Vcc

Rang

e (V

)M

ax S

uppl

y C

urre

nt (μ

A)Pa

ckag

es

MCP

9600

±1.5

°C th

erm

ocou

ple

to d

egre

es C

con

verte

r. Su

ppor

ts th

erm

ocou

ple

type

s K,

J, T

, N, S

, E, B

and

R.

11

–40

to +

125

2.7

to 5

.550

05

× 5

MQ

FN

MCP

96L0

0±4

°C th

erm

ocou

ple

to d

egre

es C

con

verte

r. Su

ppor

ts th

erm

ocou

ple

type

s K,

J, T

, N, S

, E, B

and

R.

14

–40

to +

125

2.7

to 5

.550

05

× 5

MQ

FN

MCP

96RL

00±6

°C th

erm

ocou

ple

to d

egre

es C

con

verte

r. Su

ppor

ts th

erm

ocou

ple

type

s K,

J, T

, N, S

, E, B

and

R.

16

–40

to +

125

2.7

to 5

.550

05×

5 M

QFN

MC

P960

1±1

.5C

The

rmoc

oupl

e to

I2 C c

onve

rter.

This

dev

ice

has

Ope

ns/S

horts

pin

det

ectio

n. T

his

devi

ce s

uppo

rts K

, J, T

, N, S

, E, B

, and

R

type

ther

moc

oupl

es.

±1.0

±1.5

–40

to +

125

2.7

to 5

.550

05

× 5

MQ

FN

MC

P96L

01±4

.0C

The

rmoc

oupl

e to

I2 C c

onve

rter.

This

dev

ice

has

Ope

ns/S

horts

pin

det

ectio

n. T

his

devi

ce s

uppo

rts K

, J, T

, N, S

, E, B

, and

R

type

ther

moc

oupl

es.

±1.0

±4.0

–40

to +

125

2.7

to 5

.550

05

× 5

MQ

FN

MC

P96R

L01

±6.0

C T

herm

ocou

ple

to I2 C

con

verte

r. Th

is d

evic

e ha

s O

pens

/Sho

rts p

in d

etec

tion.

Thi

s de

vice

sup

ports

K, J

, T, N

, S, E

, B, a

nd

R ty

pe th

erm

ocou

ples

.±1

.0±6

.0–4

0 to

+12

52.

7 to

5.5

500

5 ×

5 M

QFN

THER

MAL

MAN

AGEM

ENT:

Ope

n-Lo

op F

an C

ontro

llers

and

Fan

Fau

lt D

etec

tors

Part

#D

escr

iptio

n#

of

Tem

p.

Mon

itors

Typi

cal

Accu

racy

(°C

)

Max

imum

Ac

cura

cy

@ 2

5°C

(°C

)

Max

imum

Te

mpe

ratu

re

Rang

e (°C

)Vc

c Ra

nge

(V)

Max

imum

Su

pply

C

urre

nt (µ

A)Fe

atur

esPa

ckag

es

EMC2

101

Sing

le SM

Bus

I2 C F

an

Man

ager

2±0

.5±1

−40

to +

125

+3.0

to +

3.6

1,00

0Fa

n Co

ntro

ller w

ith h

igh-

frequ

ency

PW

M d

river

, pro

gram

mab

le fa

n sp

eed

tabl

e an

d ale

rt8-

pin

MSO

P, 8

-pin

SO

IC

TC64

2Fa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

51,

000

FanS

ense

™ F

an M

onito

r, M

inim

um fa

n sp

eed

cont

rol

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PTC

642B

Fan

Man

ager

1No

te 1

Note

1−4

0 to

+85

+3.0

to +

5.5

400

FanS

ense

Fan

Mon

itor,

Min

imum

fan

spee

d co

ntro

l, Fa

n au

to-re

star

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

TC64

6Fa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

51,

000

FanS

ense

Fan

Mon

itor,

Auto

-shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

TC64

6BFa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

540

0Fa

nSen

se F

an M

onito

r, Au

to-s

hutd

own,

Fan

aut

o-re

star

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

TC64

7Fa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

51,

000

FanS

ense

Fan

Mon

itor,

Min

imum

fan

spee

d co

ntro

l8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

TC64

7BFa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

540

0Fa

nSen

se F

an M

onito

r, M

inim

um fa

n sp

eed

cont

rol,

Fan

auto

-rest

art

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PTC

648

Fan

Man

ager

1No

te 1

Note

1−4

0 to

+85

+3.0

to +

5.5

1,00

0O

verte

mpe

ratu

re a

lert,

Auto

-shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

TC64

8BFa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

540

0O

verte

mpe

ratu

re a

lert,

Auto

-shu

tdow

n, F

an a

uto-

rest

art

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PTC

649

Fan

Man

ager

1No

te 1

Note

1−4

0 to

+85

+3.0

to +

5.5

1,00

0Fa

nSen

se F

an M

onito

r, Au

to-s

hutd

own

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PTC

649B

Fan

Man

ager

1No

te 1

Note

1−4

0 to

+85

+3.0

to +

5.5

400

FanS

ense

Fan

Mon

itor,

Auto

-shu

tdow

n, F

an a

uto-

rest

art

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PTC

650

Fan

Man

ager

1±1

±3−4

0 to

+12

5+2

.8 to

+5.

590

Ove

rtem

pera

ture

aler

t8-

pin

MSO

PTC

651

Fan

Man

ager

1±1

±3−4

0 to

+12

5+2

.8 to

+5.

590

Ove

rtem

pera

ture

aler

t, Au

to-s

hutd

own

8-pi

n M

SOP

TC65

2Fa

n M

anag

er1

±1±3

−40

to +

125

+2.8

to +

5.5

90Fa

nSen

se F

an M

onito

r, O

verte

mpe

ratu

re a

lert

8-pi

n M

SOP

TC65

3Fa

n M

anag

er1

±1±3

−40

to +

125

+2.8

to +

5.5

90Fa

nSen

se F

an M

onito

r, O

verte

mpe

ratu

re a

lert,

Auto

-shu

tdow

n8-

pin

MSO

PTC

654

Dual

SMBu

s Fa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

532

0Fa

nSen

se F

an M

onito

r, RP

M d

ata

10-p

in M

SOP

TC65

5Du

al SM

Bus

Fan

Man

ager

1No

te 1

Note

1−4

0 to

+85

+3.0

to +

5.5

320

FanS

ense

Fan

Mon

itor,

RPM

dat

a, O

verte

mpe

ratu

re a

lert

10-p

in M

SOP

TC66

4Si

ngle

SMBu

s Fa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

532

0Fa

nSen

se F

an M

onito

r, RP

M d

ata

10-p

in M

SOP

TC66

5Si

ngle

SMBu

s Fa

n M

anag

er1

Note

1No

te 1

−40

to +

85+3

.0 to

+5.

532

0Fa

nSen

se F

an M

onito

r, RP

M d

ata,

Ove

rtem

pera

ture

aler

t10

-pin

MSO

PTC

670

Pred

ictive

Fan

Fau

lt De

tect

or1

N/A

N/A

−40

to +

85+3

.0 to

+5.

515

0Fa

nSen

se F

an M

onito

r, Pr

ogra

mm

able

thre

shol

d6-

pin

SOT-

23N

ote

1: T

hese

dev

ices

use

an e

xter

nal t

empe

ratu

re s

enso

r. Ac

cura

cy o

f the

tota

l sol

utio

n is

a fu

nctio

n of

the

accu

racy

of t

he e

xter

nal s

enso

r.

THER

MAL

MAN

AGEM

ENT:

Clo

sed-

Loop

Fan

Con

trolle

rs w

ith S

MBu

s/I2 C

Inte

rface

Part

##

of F

an

Driv

ers

PWM

/Li

near

C

ontro

l

# of

Rem

ote

Tem

p.

Mon

itors

Ambi

ent

Tem

p.

Sens

or

Typi

cal

Accu

racy

(°C

)

Max

imum

Ac

cura

cy

@ 2

5°C

(°C

)

Max

imum

Te

mpe

ratu

re

Rang

e (°C

)Vc

c Ra

nge

(V)

SMBu

s Al

ert

Syst

em

Shut

dow

nVo

ltage

M

onito

rsD

escr

iptio

nPa

ckag

es

EMC2

112

1Li

near

31

±0.2

5±1

.00

to +

85+3

.3 a

nd +

5Ye

sYe

sNo

RPM

-Bas

ed F

an C

ontro

ller w

ith H

ardw

are

Ther

mal

Shut

dow

n20

-pin

QFN

EMC2

103-

11

PWM

11

±0.5

±1.0

−40

to +

125

+3.0

to +

3.6

Yes

Yes

NoRP

M-B

ased

Fan

Con

trolle

r with

Har

dwar

e Th

erm

al Sh

utdo

wn

12-p

in Q

FNEM

C210

3-2

1PW

M3

1±0

.5±1

.0−4

0 to

+12

5+3

.0 to

+3.

6Ye

sYe

sNo

RPM

-Bas

ed F

an C

ontro

ller w

ith H

ardw

are

Ther

mal

Shut

dow

n16

-pin

QFN

EMC2

103-

41

PWM

31

±0.5

±1.0

−40

to +

125

+3.0

to +

3.6

Yes

Yes

NoRP

M-B

ased

Fan

Con

trolle

r with

Har

dwar

e Th

erm

al Sh

utdo

wn

and

EEPR

OM

load

able

16-p

in Q

FN

EMC2

104

2PW

M4

1±0

.25

±1.0

−40

to +

85+3

.0 to

+3.

6Ye

sYe

sYe

sDu

al RP

M-B

ased

PW

M F

an C

ontro

ller w

ith H

ardw

are

Ther

mal

Shut

dow

n20

-pin

QFN

EMC2

105

1Li

near

41

±0.2

5±1

.0−4

0 to

+85

+3.3

and

+5.

0Ye

sYe

sYe

sRP

M-B

ased

Hig

h-Si

de F

an C

ontro

ller w

ith H

ardw

are

Ther

mal

Shut

dow

n20

-pin

QFN


THER

MAL

MAN

AGEM

ENT:

Clo

sed-

Loop

Fan

Con

trolle

rs w

ith S

MBu

s/I2 C

Inte

rface

EMC2

106

2PW

M &

Li

near

41

±0.2

5±1

.0−4

0 to

+85

+3.3

and

+5.

0Ye

sYe

sYe

sRP

M-B

ased

Hig

h Si

de F

an C

ontro

ller w

ith H

ardw

are

Ther

mal

Shut

dow

n28

-pin

QFN

EMC2

113

1PW

M3

1±0

.5±1

.0−4

0 to

+12

5+3

.0 to

+3.

6Ye

sYe

sNo

Sing

le RP

M-B

ased

Fan

Con

trolle

r with

Mult

iple

Tem

pera

ture

Zon

es

and

Hard

ware

The

rmal

Shut

down

16-p

in Q

FN

EMC2

301

1PW

MN/

AN/

AN/

AN/

A−4

0 to

+12

5+3

.0 to

+3.

6Ye

sNo

N/A

Sing

le RP

M-B

ased

PW

M F

an S

peed

Con

trolle

r8-

pin

MSO

PEM

C230

22

PWM

N/A

N/A

N/A

N/A

−40

to +

125

+3.0

to +

3.6

Yes

NoN/

ADu

al RP

M-B

ased

PW

M F

an S

peed

Con

trolle

r10

-pin

MSO

PEM

C230

33

PWM

N/A

N/A

N/A

N/A

−40

to +

125

+3.0

to +

3.6

Yes

NoN/

ATr

iple

RPM

-Bas

ed P

WM

Fan

Spe

ed C

ontro

ller

12-p

in Q

FNEM

C230

55

PWM

N/A

N/A

N/A

N/A

−40

to +

125

+3.0

to +

3.6

Yes

NoN/

APe

nta

RPM

-Bas

ed P

WM

Fan

Spe

ed C

ontro

ller

16-p

in Q

FN

MO

TOR

DR

IVER

SM

OTO

R D

RIVE

RS:

Step

per M

otor

s, D

C M

otor

s an

d 3-

Phas

e BL

DC

Mot

ors

Part

#M

otor

Ty

peIn

put

Volta

ge

Rang

e (V

)

Inte

rnal

/Ex

tern

al

FETs

Out

put

Cur

rent

(m

A)C

ontro

l Sch

eme

Mot

or

Spee

d O

utpu

tPr

otec

tions

Tem

pera

ture

O

pera

ting

Ra

nge

(°C)

Feat

ures

Pack

ages

ATA6

826C

DC M

otor

7 to

40

Inte

rnal

1000

SPI

N/A

Shor

t Circ

uit,

Ove

rtem

pera

ture

, Po

wer

Sup

ply

Fail

−40

to +

125

3 ha

lf br

idge

out

puts

, No

shoo

t-thr

ough

, Ver

y lo

w

quies

cent

cur

rent

<2

µASO

14

ATA6

831C

DC M

otor

7 to

40

Inte

rnal

1000

SPI

N/A

Shor

t Circ

uit,

Ove

rtem

pera

ture

, Po

wer

Sup

ply

Fail

−40

to +

125

3 ha

lf br

idge

out

puts

, No

shoo

t-thr

ough

, Ver

y lo

w

quies

cent

cur

rent

<2

µA, P

WM

inpu

t18

-pin

4 ×

4 Q

FN

ATA6

832C

DC M

otor

7 to

40

Inte

rnal

1000

SPI

N/A

Shor

t Circ

uit,

Ove

rtem

pera

ture

, Po

wer

Sup

ply

Fail

−40

to +

150

3 ha

lf br

idge

out

puts

, No

shoo

t-thr

ough

, Ver

y lo

w

quies

cent

cur

rent

<2

µA, P

WM

inpu

t18

-pin

4 ×

4 Q

FN

ATA6

836C

DC

Mot

or7

to 4

0In

tern

al65

0SP

IN

/ASh

ort C

ircui

t, O

verte

mpe

ratu

re,

Pow

er S

uppl

y Fa

il−4

0 to

+12

56

half

brid

ge o

utpu

ts, N

o sh

oot-

thro

ugh,

Ver

y lo

w

quie

scen

t cur

rent

<2

µA24

-pin

5 ×

5 Q

FN,

SO28

ATA6

838C

DC M

otor

7 to

40

Inte

rnal

950

SPI

N/A

Shor

t Circ

uit,

Ove

rtem

pera

ture

, Po

wer

Sup

ply

Fail

−40

to +

125

6 ha

lf br

idge

out

puts

, No

shoo

t-thr

ough

, Ver

y lo

w

quies

cent

cur

rent

<2

µA24

-pin

5 ×

5 Q

FN

ATA6

823C

DC M

otor

7 to

20

Exte

rnal

100

PWM

, DIR

N/A

Shor

t Circ

uit,

Ove

rtem

pera

ture

, Ove

r/Un

der V

olta

ge,

Char

gepu

mp

Fail

−40

to +

125

Dead

tim

e ad

just,

Char

ge p

ump

supp

ly fo

r ext

erna

l ba

ttery

reve

rse

prot

ectio

n NM

OS,

LDO

3V3

/5V,

Wind

ow

Wat

chdo

g, L

IN T

RX, S

leep

mod

e <4

5µA

32-p

in 7

× 7

QFN

ATA6

824C

DC M

otor

7 to

20

Exte

rnal

100

PWM

, DIR

N/A

Shor

t Circ

uit,

Ove

rtem

pera

ture

, Ove

r/Un

der V

olta

ge,

Char

gepu

mp

Fail

−40

to +

150

Dead

tim

e ad

just

, Cha

rge

pum

p su

pply

for e

xter

nal

batte

ry re

vers

e pr

otec

tion

NMO

S, L

DO 3

V3/5

V,

Win

dow

Wat

chdo

g, H

V in

terfa

ce32

-pin

7 ×

7 T

QFP

ATA6

843

3-Ph

ase

Brus

hles

s M

otor

5.5

to 3

2Ex

tern

al10

0Di

rect

PW

MN/

ASh

ort C

ircui

t, O

verte

mpe

ratu

re, O

ver/

Unde

r Vol

tage

, Ch

arge

pum

p Fa

il−4

0 to

+12

5Ch

arge

pum

p su

pply

for e

xter

nal b

atte

ry re

vers

e pr

otec

tion

NMO

S, D

ead

time

adju

st, L

DO 3

V3/5

V,

Win

dow

Wat

chdo

g, L

IN T

RX, S

leep

mod

e <4

5µA

48-p

in 7

× 7

QFN

ATA6

844

3-Ph

ase

Brus

hles

s M

otor

5.5

to 3

2Ex

tern

al10

0Di

rect

PW

MN/

ASh

ort C

ircui

t, O

verte

mpe

ratu

re, O

ver/

Unde

r Vol

tage

, Ch

arge

pum

p Fa

il−4

0 to

+15

0Ch

arge

pum

p su

pply

for e

xter

nal b

atte

ry re

vers

e pr

otec

tion

NMO

S, D

ead

time

adju

st, L

DO 3

V3/5

V,

Win

dow

Wat

chdo

g, L

IN T

RX, S

leep

mod

e <4

5 µA

48-p

in 7

× 7

QFN

MCP

8063

3-Ph

ase

Brus

hles

s M

otor

2.0

to 1

4.0

Inte

rnal

750

Sens

orles

s Si

nuso

idal

Freq

uenc

y G

ener

ator

Ove

rtem

pera

ture

, Mot

or L

ock-

up,

Ove

rcur

rent

, Ove

rvol

tage

−40

to +

125

3-Ph

ase

BLDC

180

° Sin

usoi

dal S

enso

rless

Fan

Mot

or

Drive

r, O

verc

urre

nt L

imita

tion,

Out

put S

witc

hing

Fr

eque

ncy

at 2

3 kH

zTh

erm

ally

Enha

nced

8-

pin

4 ×

4 DF

N

MTS

62C1

9AO

ne B

ipol

ar

Step

per M

otor

or

Two

DC M

otor

s10

.0 to

40

.0In

tern

al75

0Di

rect

PW

M In

put,

Curre

nt L

imit

Cont

rol,

Micr

oste

ppin

gNo

Ove

rtem

pera

ture

, Un

der V

olta

ge−4

0 to

+10

5Du

al Fu

ll-Br

idge

Mot

or D

river

for S

tepp

er M

otor

s, P

in

com

patib

le w

ith A

llegr

o 62

1924

-pin

SO

IC

MTS

2916

AO

ne B

ipol

ar

Step

per M

otor

or

Two

DC M

otor

s10

.0 to

40

.0In

tern

al75

0Di

rect

PW

M In

put,

Curre

nt L

imit

Cont

rol,

Micr

oste

ppin

gNo

Ove

rtem

pera

ture

, Un

der V

olta

ge−4

0 to

+10

5Du

al Fu

ll-Br

idge

Mot

or D

river

for S

tepp

er M

otor

s, P

in

com

patib

le w

ith A

llegr

o 29

1624

-pin

SO

IC

MTD

6501

C3-

Phas

e Br

ushle

ss

Mot

or2.

0 to

14.

0In

tern

al80

0Se

nsor

less

Sinu

soid

alFr

eque

ncy

Gen

erat

orO

verte

mpe

ratu

re, M

otor

Loc

k-up

, O

verc

urre

nt, O

verv

olta

ge−3

0 to

+95

3-Ph

ase

BLDC

180

° Sin

usoi

dal S

enso

rless

Fan

M

otor

Driv

er, O

verc

urre

nt lim

itatio

n, O

utpu

t Sw

itchi

ng

Freq

uenc

y at

20

kHz

Ther

mall

y En

hanc

ed

8-pi

n SO

P

MTD

6501

D3-

Phas

e Br

ushle

ss

Mot

or2.

0 to

14.

0In

tern

al50

0Se

nsor

less

Sinu

soid

alFr

eque

ncy

Gen

erat

orO

verte

mpe

ratu

re, M

otor

Loc

k-up

, O

verc

urre

nt, O

verv

olta

ge−3

0 to

+95

3-Ph

ase

BLDC

180

° Sin

usoi

dal S

enso

rless

Fan

Mot

or

Drive

r, Bo

ost M

ode,

Ove

rcur

rent

limita

tion,

Out

put

Switc

hing

Fre

quen

cy a

t 20

kHz

10-p

in M

SOP

MTD

6501

G3-

Phas

e Br

ushle

ss

Mot

or2.

0 to

14.

0In

tern

al80

0Se

nsor

less

Sinu

soid

alFr

eque

ncy

Gen

erat

orO

verte

mpe

ratu

re, M

otor

Loc

k-up

, O

verc

urre

nt, O

verv

olta

ge−3

0 to

+95

3-Ph

ase

BLDC

180

° Sin

usoi

dal S

enso

rless

Fan

M

otor

Driv

er, O

verc

urre

nt lim

itatio

n, O

utpu

t Sw

itchi

ng

Freq

uenc

y at

23

kHz

Ther

mall

y En

hanc

ed

8-pi

n SO

P

MTD

6502

B3-

Phas

e Br

ushle

ss

Mot

or2.

0 to

5.5

Inte

rnal

750

Sens

orles

s Si

nuso

idal

Freq

uenc

y G

ener

ator

Ove

rtem

pera

ture

, Mot

or L

ock-

up,

Ove

rcur

rent

, Ove

rvol

tage

−40

to +

125

3-Ph

ase

BLDC

Sin

usoi

dal S

enso

rless

Fan

Mot

or

Drive

r, Di

rect

ion

cont

rol,

Ove

rcur

rent

limita

tion,

Out

put

Switc

hing

Fre

quen

cy a

t 30

kHz

10-p

in 3

× 3

TDF

N

MTD

6508

3-Ph

ase

Brus

hles

s M

otor

2.0

to 5

.5In

tern

al75

0Se

nsor

less

Sinu

soid

alFr

eque

ncy

Gen

erat

orO

verc

urre

nt, O

verv

olta

ge,

Ove

rtem

pera

ture

, Mot

or L

ock-

up−4

0 to

+12

5

180°

Sin

usoi

dal S

enso

rless

Driv

e, D

irect

ion

Cont

rol,

Prog

ram

mab

le BE

MF

Coeffi

cient

Ran

ge, O

utpu

t Sw

itchi

ng F

requ

ency

at 3

0 kH

z, P

rogr

amm

able

Star

t-up

RPM

and

Slew

Rat

e, S

elect

able

Star

t-up

Stre

ngth

and

Ph

ase

Targ

et R

egul

atio

n

10-p

in 3

× 3

UDF

N,

16-p

in 4

× 4

UQ

FN


MO

TOR

DRI

VERS

: St

eppe

r Mot

ors,

DC

Mot

ors

and

3-Ph

ase

BLD

C M

otor

s

Part

#M

otor

Ty

peIn

put

Volta

ge

Rang

e (V

)

Inte

rnal

/Ex

tern

al

FETs

Out

put

Cur

rent

(m

A)C

ontro

l Sch

eme

Mot

or

Spee

d O

utpu

tPr

otec

tions

Tem

pera

ture

O

pera

ting

Ra

nge

(°C)

Feat

ures

Pack

ages

MTD

6505

3-Ph

ase

Brus

hless

M

otor

2.0

to 5

.5In

tern

al75

0Se

nsor

less

Sinu

soid

alFr

eque

ncy

Gen

erat

orO

verc

urre

nt, O

verv

olta

ge,

Ove

rtem

pera

ture

, Mot

or L

ock-

up−4

0 to

+12

518

0° S

inus

oida

l Sen

sorle

ss D

rive,

Dire

ctio

n Co

ntro

l, Pr

ogra

mm

able

BEM

F Co

efficie

nt R

ange

, Out

put

Switc

hing

Fre

quen

cy a

t 30

kHz

10-p

in 3

× 3

UDF

N

POSI

TIO

N S

ENSO

RS

POSI

TIO

N S

ENSO

RS:

Indu

ctiv

e Se

nsor

s

Part

#C

alib

ratio

n Se

gmen

ts

Sens

or

Offs

et

Adju

st

Orig

in

Adju

st

(bits

)O

utpu

t Int

erfa

ceO

utpu

t Re

solu

tion

(bits

)

Redu

ndan

t IC

sup

port

# of

AD

Cs

ADC

Sam

plin

g Ra

te

(sam

ples

/sec

)

ADC

for e

xter

nal

sens

or (b

its)

MC

UTe

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

LX33

01A

6Ye

s12

Analo

g, P

WM

12Ye

s2

2000

N/A

32-b

it,

8 M

Hz-4

0 to

+12

5AE

C-Q

100

Gra

de 1

, ISO

2626

2 Su

ppor

t, in

tegr

ated

in

put E

MI fi

lters

14-p

in T

SSO

P

LX33

02A

8Ye

s12

Analo

g, P

WM

, SEN

T,

PSI5

, Sin

/Cos

12Ye

s3

2000

1032

-bit,

8

MHz

-40

to +

150

AEC-

Q10

0 G

rade

0, I

SO26

262

Supp

ort,

inte

grat

ed

tem

pera

ture

sen

sor,

exte

rnal

sens

or in

terfa

ce14

-pin

TSS

OP

POW

ER M

ANAG

EMEN

TPO

WER

MAN

AGEM

ENT:

Vol

tage

Ref

eren

ces

Part

#Vi

n M

ax

(V)

Out

put V

olta

ge

(V)

Max

. Loa

d C

urre

nt (m

A)In

itial

Acc

urac

y (m

ax.%

)Te

mpe

ratu

re

Coe

ffici

ent (

ppm

/°C

)M

axim

um S

uppl

y C

urre

nt (µ

A @

25°

C)

Pack

ages

MCP

1501

5.5

1.02

4, 1

.250

, 1.8

, 2.0

48, 2

.5, 3

.0, 3

.3, 4

.096

20

±0.0

850

350

8-pi

n 2

× 2

WDF

N, 6

-pin

SO

T-23

(AEC

-Q10

0), 8

-pin

SO

ICM

CP15

255.

52.

5±2

±150

100

3-pi

n TO

-92,

3-p

in S

OT-

23B

MCP

1541

5.5

4.09

6±2

±150

100

3-pi

n TO

-92,

3-p

in S

OT-

23B

LM40

40C

152.

5, 4

.096

, 5.0

15±0

.510

065

–85

3-pi

n SO

T-23

LM40

40D

152.

5, 4

.096

, 5.0

15±1

150

65–8

53-

pin

SOT-

23LM

4041

C15

1.22

5, A

dj. (

1.24

–10V

)12

±0.5

100

703-

pin

SOT-

23LM

4041

D15

1.22

5, A

dj. (

1.24

–10V

)12

±115

070

3-pi

n SO

T-23

MIC

4040

310

Adju

stab

le15

±1–

708-

pin

SOT-

143

POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MCP

1811

150

1.8

5.5

1.2,

1.8

, 2.8

, 3.0

, 3.3

400

250

nA±2

50Ul

tra-L

ow Iq

1 x

1 DF

N, S

OT2

3-3,

SO

T23-

5, S

C70-

3, S

C70-

5

MCP

1812

300

1.8

5.5

1.2,

1.8

, 2.8

, 3.0

, 3.3

400

250

nA±2

50Ul

tra-L

ow Iq

1 x

1 DF

N, S

OT2

3-3,

SO

T23-

5, S

C70-

3, S

C70-

5M

IC52

3110

3.5

122.

75, 3

.0, 3

.3, 5

.015

065

0 nA

±250

High

Inpu

t Vol

tage

, Sm

all P

acka

ge5-

pin

SOT-

23M

IC52

3210

2.7

71.

2, 2

.5, 2

.8, 3

.310

01.

8 uA

±255

7V in

put

5-pi

n TS

OT,

6-p

in V

DFN

MAQ

5280

254.

512

0Ad

j.11

0031

μA

±280

Ultra

-Hig

h In

put V

olta

ge, L

oad

Dum

p8-

pin

SOIC

MIC

5280

254.

512

0Ad

j.11

0031

μA

±280

High

Inpu

t Vol

tage

, Loa

d Du

mp,

Rev

erse

Bat

tery

Pr

otec

tion

8-pi

n SO

IC

MIC

5281

256

120

3.3,

5.0

, Adj

.20

006

μA±3

90Hi

gh In

put V

olta

ge, L

oad

Dum

p8-

pin

MSO

PM

AQ52

8125

612

03.

3, 5

.0, A

dj.

2000

6 μA

±390

High

Inpu

t Vol

tage

, Loa

d Du

mp

8-pi

n M

SOP

MAQ

5282

506

120

3.3,

5.0

, Adj

.20

006

μA±3

90Hi

gh In

put V

olta

ge, H

igh

PSRR

8-pi

n M

SOP

MIC

5282

506

120

3.3,

5.0

, Adj

.20

006

μA±3

90Hi

gh In

put V

olta

ge, L

oad

Dum

p8-

pin

MSO

PTC

1014

502.

76

1.8,

2.5

, 2.7

, 2.8

, 2.8

5, 3

.0, 3

.3, 3

.6, 4

.0, 5

.085

50 μ

A±0

.564

Ultra

Low

Dro

pout

5-pi

n SO

T-23

TC10

5450

2.7

61.

8, 2

.5, 2

.7, 2

.8, 2

.85,

3.0

, 3.3

, 3.6

, 4.0

, 5.0

8550

μA

±0.5

64Ul

tra L

ow D

ropo

ut5-

pin

SOT-

23TC

1070

502.

76

1.23

–5.5

8550

μA

±0.5

64Ul

tra L

ow D

ropo

ut5-

pin

SOT-

23TC

1072

502.

76

2.5,

2.7

, 2.8

, 2.8

5, 3

.0, 3

.3, 3

.6, 4

.0, 5

.085

50 μ

A±0

.564

Ultra

Low

Dro

pout

6-pi

n SO

T-23

TC12

2350

2.7

62.

5, 2

.7, 2

.8, 3

.0, 3

.3, 3

.6, 4

.0, 5

.085

50 μ

A±0

.564

Ultra

Low

Dro

pout

5-pi

n SO

T-23

TC20

1450

2.7

61.

8, 2

.7, 2

.8, 3

.0, 3

.345

50 μ

A±0

.455

Ultra

Low

Dro

pout

5-pi

n SO

T-23

TC20

5450

2.7

61.

8, 2

.7, 2

.8, 3

.0, 3

.345

55 μ

A±0

.450

Ultra

Low

Dro

pout

5-pi

n SO

T-23


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MCP

1790

706

303.

0, 3

.3, 5

.070

070

μA

±0.2

90Hi

gh In

put

3-pi

n SO

T-22

3, 3

-pin

DDP

AKM

CP17

9170

630

3.0,

3.3

, 5.0

700

70 μ

A±0

.290

High

Inpu

t5-

pin

DDPA

K, 5

-pin

SO

T-22

3M

IC52

0380

2.5

162.

6, 2

.8, 3

.0, 3

.3, 3

.6, 3

.8, 4

.0, 4

.5, 5

.030

018

0 μA

±360

High

Inpu

t Vol

tage

, Sm

all P

acka

ge4-

pin

SOT-

143,

5-p

in S

OT-

23M

IC52

1380

2.5

162.

5, 2

.6, 2

.7, 2

.8, 3

.0, 3

.3, 3

.6, 5

.0

280

180

μA±3

60Hi

gh In

put V

olta

ge, S

mall

Pac

kage

5-pi

n SC

70TC

1016

802.

76

1.8,

2.7

, 2.8

, 3.0

150

53 μ

A±0

.558

Low

Dro

put

5-pi

n SC

-70,

5-p

in S

OT-

23LP

2951

100

230

4.8,

5.0

, Adj

.38

010

0 μA

±0.5

70Hi

gh In

put V

olta

ge, H

igh

PSRR

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

5200

100

2.5

263.

0, 3

.3, 4

.8, 5

.023

013

0 μA

±170

Low

Dro

pout

8-pi

n M

SOP,

3-p

in S

OT-

223,

8-

pin

SOIC

MIC

5233

100

2.3

361.

8, 2

.5, 3

.0, 3

.3, 5

.0, A

dj.

270

18 μ

A±1

50Hi

gh In

put V

olta

ge, R

ever

se B

atte

ry a

nd C

urre

nt

Prot

ectio

n3-

pin

SOT-

223,

5-p

in S

OT-

23

MC

P179

2 10

04.

555

3.3,

5.0

250

252

70AE

C-Q

100

Qua

lified

and

PPA

P C

apab

le w

ith

Auto

mot

ive

Gra

de 0

3-Le

ad S

OT-

223

3-

Lead

SO

T-23

A

MC

P179

310

04.

555

3.3,

5.0

250

252

70AE

C-Q

100

Qua

lified

and

PPA

P C

apab

le w

ith

Auto

mot

ive

Gra

de 0

5-Le

ad S

OT-

223

5-

Lead

SO

T-23

A

MC

P179

980

4.5

453.

3, 5

.030

050

270

AEC

-Q10

0 Q

ualifi

ed a

nd P

PAP

Cap

able

with

Au

tom

otiv

e G

rade

03-

Lead

SO

T-22

3

3-Le

ad S

OT-

23A

MIC

5253

100

2.7

5.5

1.5,

1.8

, 1.8

5, 2

.5, 2

.6, 2

.7, 2

.8, 2

.9, 3

.0,

3.1,

3.2

, 3.3

165

75 μ

A±0

.570

Low

Dro

pout

5-pi

n SC

70

MIC

5270

100

−2−1

6(−

)3.0

, (−)

4.1,

(−)5

.0, A

dj.

500

35 μ

A±2

50Ne

gativ

e LD

O5-

pin

SOT-

23M

IC52

7110

0−3

.3−1

6(−

)3.0

, (−)

4.1,

(−)5

.0, A

dj.

500

25 μ

A±2

50Ne

gativ

e LD

O5-

pin

SOT-

23TC

1015

100

2.7

61.

8, 2

.5, 2

.7, 2

.8, 2

.85,

3.0

, 3.3

, 3.6

, 4.0

, 5.0

180

50 μ

A±0

.564

Low

Dro

put

5-pi

n SO

T-23

TC10

5510

02.

76

1.8,

2.5

, 2.7

, 2.8

, 2.8

5, 3

.0, 3

.3, 3

.6, 4

.0, 5

.018

050

μA

±0.5

64Lo

w D

ropu

t5-

pin

SOT-

23TC

1071

100

2.7

61.

23–5

.518

050

μA

±0.5

64Lo

w D

ropu

t5-

pin

SOT-

23TC

1073

100

2.7

62.

5, 2

.7, 2

.8, 2

.85,

3.0

, 3.3

, 3.6

, 4.0

, 5.0

180

50 μ

A±0

.564

Low

Dro

put

6-pi

n SO

T-23

TC12

2410

02.

76

2.5,

2.7

, 2.8

, 3.0

, 3.3

, 3.6

, 4.0

, 5.0

180

50 μ

A±0

.564

Low

Dro

put

5-pi

n SO

T-23

TC20

1510

02.

76

1.8,

2.7

, 2.8

, 3.0

, 3.3

9055

μA

±0.4

55Lo

w D

ropu

t5-

pin

SOT-

23TC

2055

100

2.7

61.

8, 2

.7, 2

.8, 3

.0, 3

.390

55 μ

A±0

.450

Low

Dro

put

5-pi

n SO

T-23

TC59

100

–−1

0−8

380

3 μA

±0.5

50Ne

gativ

e LD

O3-

pin

SOT-

23A

TC11

8812

02.

76

1.8,

2.8

, 2.8

4, 3

.15

130

50 μ

A±0

.580

High

PSR

R5-

pin

SOT-

23TC

1189

120

2.7

61.

8, 2

.8, 2

.84,

3.1

513

050

μA

±0.5

80Hi

gh P

SRR

5-pi

n SO

T-23

MCP

1810

150

2.5

5.5

1.2,

1.8

, 2.5

, 3.0

, 3.3

, 4.2

380

0.02

μA

±125

Ultra

Low

Iq5-

pin

SOT-

23, 2

× 2

VDF

NM

AQ52

8315

06

120

3.3,

5.0

, Adj

.18

008

μA±3

75Hi

gh In

put V

olta

ge, H

igh

PSRR

8-pi

n SO

IC

MIC

2951

150

230

3.3,

5.0

320

120

μA±1

67Lo

ad D

ump,

Rev

erse

Bat

tery

Pro

tect

ion

8-pi

n M

SOP,

8-p

in S

OIC

, 8-

pin

PDIP

MIC

5205

150

2.5

162.

5, 2

.7, 2

.8, 2

.85,

2.9

, 3.0

, 3.1

, 3.2

, 3.3

, 3.

6, 3

.8, 4

.0, 5

.0, A

dj.

165

80 μ

A±1

75Hi

gh In

put V

olta

ge, S

mall

Pac

kage

5-pi

n SO

T-23

MIC

5206

150

2.5

162.

5, 2

.7, 3

.0, 3

.2, 3

.3, 3

.6, 3

.8, 4

.0, 5

.0, A

dj.

165

1.3m

A±1

75Hi

gh In

put V

olta

ge, S

mall

Pac

kage

8-pi

n M

SOP,

5-p

in S

OT-

23

MIC

5225

150

2.3

161.

5, 1

.8, 2

.5, 2

.7, 3

.0, 3

.3, 5

.0, A

dj.

310

29 μ

A±0

.535

High

Inpu

t Vol

tage

, Sm

all P

acka

ge, R

ever

se

Curre

nt P

rote

ctio

n5-

pin

SOT-

23

MIC

5234

150

2.3

30Ad

j.32

020

μA

±1–

High

Inpu

t Vol

tage

, Loa

d Du

mp,

Rev

erse

Bat

tery

an

d Cu

rrent

Pro

tect

ion

8-pi

n SO

IC

MIC

5235

150

2.3

241.

5, 1

.8, 2

.5, 2

.7, 3

.0, 3

.3, 5

.0, A

dj.

310

18 μ

A±1

35Hi

gh In

put V

olta

ge, R

ever

se B

atte

ry a

nd C

urre

nt

Prot

ectio

n5-

pin

SOT-

23

MIC

5236

150

2.3

302.

5, 3

.0, 3

.3, 5

.0, A

dj.

300

20 μ

A±1

55Hi

gh In

put V

olta

ge, L

oad

Dum

p, R

ever

se B

atte

ry

and

Curre

nt P

rote

ctio

n8-

pin

MSO

P, 8

-pin

SO

IC

MIC

5238

150

1.5

61.

0, 1

.1, 1

.331

023

μA

±550

Low

Dro

pout

5-pi

n TS

OT,

5-p

in S

OT-

23

MIC

5247

150

2.7

61.

5, 1

.6, 1

.8, 1

.85,

2.0

, 2.1

, 2.2

, 2.4

150

85 μ

A±1

60Lo

w D

ropo

ut5-

pin

TSO

T, 6

-pin

VDF

N,

5-pi

n SO

T-23

MIC

5248

150

2.7

61.

2–

100

μA±3

60Lo

w D

ropo

ut6-

pin

VDFN

, 5-p

in S

OT-

23M

IC52

5215

02.

76

1.8,

2.5

, 2.8

, 2.8

5, 3

.0, 4

.75

135

90 μ

A±1

60Lo

w D

ropo

ut6-

pin

VDFN

, 5-p

in S

OT-

23

MIC

5255

150

2.7

62.

5, 2

.6, 2

.7, 2

.75,

2.8

, 2.8

5, 2

.9, 3

.0, 3

.1,

3.2,

3.3

, 3.5

135

90 μ

A±1

60Lo

w D

ropo

ut5-

pin

TSO

T, 6

-pin

VDF

N,

5-pi

n SO

T-23


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MIC

5256

150

2.7

61.

5, 1

.8, 2

.5, 2

.6, 2

.7, 2

.8, 2

.85,

2.9

, 3.0

, 3.

1, 3

.313

590

μA

±160

Low

Dro

pout

5-pi

n TS

OT,

5-p

in S

OT-

23

MIC

5258

150

2.7

61.

2–

85 μ

A±3

–Lo

w D

ropo

ut5-

pin

SOT-

23

MIC

5265

150

2.7

5.5

1.5,

1.8

, 1.8

5, 2

.5, 2

.6, 2

.7, 2

.8, 2

.85,

2.9

, 3.

0, 3

.1, 3

.2, 3

.321

075

μA

±264

Low

Dro

pout

5-pi

n TS

OT,

6-p

in U

DFN

MIC

5268

150

2.7

61.

2–

110

μA±3

–Lo

w D

ropo

ut5-

pin

SOT-

23M

IC52

8315

06

120

3.3,

5.0

, Adj

.18

008

μA±3

75Hi

gh In

put V

olta

ge, L

oad

Dum

p8-

pin

SOIC

, 8-p

in V

DFN

MIC

5295

150

2.3

243.

0, 3

.3, 5

.0, A

dj.

310

18 μ

A±1

50Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-252

MIC

5301

150

2.3

5.5

1.3,

1.5

, 1.8

, 2.1

, 2.5

, 2.6

, 2.8

, 2.8

5, 2

.9,

3.0,

3.3

, 4.6

, Adj

.40

85 μ

A±2

75Ul

tra L

ow D

ropo

ut5-

pin

TSO

T, 6

-pin

UDF

N,

6-pi

n W

DFN

MIC

5302

15

02.

35.

51.

3, 1

.5, 1

.8, 2

.1, 2

.5, 2

.6, 2

.8, 2

.85,

2.9

, 3.

0, 3

.3, 4

.650

85 μ

A±2

65Ul

tra L

ow D

ropo

ut4-

pin

UDFN

MIC

5304

150

2.3

5.5

3.15

/1.8

5, 3

.15/

1.87

5, 3

.2/1

.885

24 μ

A±0

.565

Ultra

Low

Dro

pout

6-pi

n UD

FN

MIC

5305

150

2.25

5.5

1.5,

1.8

, 2.0

, 2.5

, 2.6

, 2.7

, 2.8

, 2.8

5, 2

.9,

3.0,

3.3

, 4.6

, 4.7

5, A

dj.

6090

μA

±185

Ultra

Low

Dro

pout

5-pi

n TS

OT,

6-p

in U

DFN,

6-

pin

VDFN

MIC

5306

150

2.25

5.5

1.8,

2.5

, 2.6

4516

μA

±162

Ultra

Low

Dro

pout

5-pi

n TS

OT

MIC

5308

150

1.6

5.5

1.2,

1.5

, 1.8

, Adj

.45

23 μ

A±2

90Ul

tra L

ow D

ropo

ut, U

ltra

High

PSR

R6-

pin

TSO

T, 6

-pin

UDF

N

MIC

5317

150

2.5

61.

0, 1

.2, 1

.5, 1

.8, 2

.5, 2

.8, 3

.0, 3

.315

532

μA

±280

High

PSR

R5-

pin

TSO

T, 4

-pin

UDF

N,

5-pi

n SO

T-23

MIC

5365

150

2.5

5.5

1.5,

1.8

, 2.0

, 2.5

, 2.6

, 2.7

, 2.8

, 2.8

5, 2

.9,

3.0,

3.3

155

32 μ

A±2

80Hi

gh P

SRR

5-pi

n SC

70, 5

-pin

TSO

T,

4-pi

n UD

FN

MIC

5366

150

2.5

5.5

1.5,

1.8

, 2.0

, 2.5

, 2.6

, 2.7

, 2.8

, 2.8

5, 2

.9,

3.0,

3.3

155

32 μ

A±2

80Hi

gh P

SRR

5-pi

n SC

70, 4

-pin

UDF

N

MIC

5376

150

2.5

5.5

2.8

120

29 μ

A±2

60Lo

w D

ropo

ut5-

pin

SC70

, 4-p

in U

DFN

MIC

5377

150

2.5

5.5

Adj.

120

29 μ

A±2

60Lo

w D

ropo

ut5-

pin

SC70

, 8-p

in U

QFN

MIC

5378

150

2.5

5.5

Adj.

120

29 μ

A±2

60Lo

w D

ropo

ut5-

pin

SC70

, 8-p

in U

QFN

MCP

1711

150

1.4

61.

1–5.

0 6

700.

6 μA

±1–

Ultra

Low

Iq, C

aples

s4-

pin

UQFN

, 5-p

in S

OT-

23

MCP

1754

150

3.6

161.

8–5.

030

056

μA

±0.4

72Hi

gh P

erfo

rman

ce8-

pin

DFN,

5-p

in S

OT-

223,

5-

pin

SOT-

23

MCP

1754

S15

03.

616

1.8–

5.0

300

56 μ

A±0

.272

High

Per

form

ance

3-pi

n SO

T-89

, 3-p

in S

OT-

23A,

3-

pin

SOT-

223,

8-p

in D

FN

MCP

1804

150

228

1.8–

1830

050

μA

±250

High

Inpu

t3-

pin

SOT-

89, 5

-pin

SO

T-89

, 3-

pin

SOT-

223,

5-p

in S

OT-

23TC

1017

150

2.7

61.

8, 2

.6, 2

.7, 2

.8, 2

.85,

2.9

, 3.0

, 3.3

, 4.0

285

53 μ

A±0

.558

Low

Dro

pout

5-pi

n SC

-70,

5-p

in S

OT-

23

TC11

8515

02.

76

1.8,

2.5

, 2.7

, 2.8

, 2.8

5, 3

.0, 3

.3, 3

.6, 4

.0, 5

.027

050

μA

±0.5

64Lo

w D

ropo

ut5-

pin

SOT-

23TC

1186

150

2.7

61.

8, 2

.5, 2

.7, 2

.8, 2

.85,

3.0

, 3.3

, 3.6

, 4.0

, 5.0

270

50 μ

A±0

.564

Low

Dro

pout

5-pi

n SO

T-23

TC11

8715

02.

76

1.23

–5.5

270

50 μ

A±0

.564

Low

Dro

pout

5-pi

n SO

T-23

TC21

8515

02.

76

1.8,

2.7

, 2.8

, 3.0

, 3.3

140

55 μ

A±0

.455

High

Acc

urac

y5-

pin

SOT-

23TC

2186

150

2.7

61.

8, 2

.7, 2

.8, 3

.0, 3

.314

055

μA

±0.4

50Hi

gh A

ccur

acy

5-pi

n SO

T-23

MIC

5207

180

2.5

161.

8, 2

.5, 2

.8, 2

.9, 3

.0, 3

.1, 3

.2, 3

.3, 4

.0,

5.0,

Adj

.16

580

μA

±375

High

Inpu

t Vol

tage

, Sm

all P

acka

ge5-

pin

TSO

T, 5

-pin

SO

T-23

MIC

5201

200

2.5

263.

0, 3

.3, 4

.8, 5

.0, A

dj.

270

130

μA±2

75Lo

w D

ropo

ut8-

pin

MSO

P, 3

-pin

SO

T-22

3,

8-pi

n SO

ICM

IC53

67

200

2.5

5.5

1.2,

1.5

, 3.3

180

29 μ

A±2

65Lo

w D

ropo

ut6-

pin

UDFN

MIC

5368

20

02.

55.

51.

2, 1

.5, 3

.318

029

μA

±165

Low

Dro

pout

6-pi

n UD

FNM

IC94

300

200

1.8

3.6

Inpu

t Fol

low

er17

013

8 μA

–0

Ripp

leBlo

cker

4-pi

n UD

FN

MIC

9431

020

01.

83.

61.

2, 1

.5, 1

.8, 1

.85,

2.5

, 2.7

, 2.8

, 2.8

5, 3

.0,

3.3

4017

0 μA

±185

Ripp

leBlo

cker

4-pi

n UD

FN, 5

-pin

SO

T-23

MIC

2954

250

230

5.0,

Adj

.37

514

0 μA

±1–

Load

Dum

p3-

pin

SOT-

223,

3-p

in T

O-2

20,

8-pi

n SO

IC


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MCP

1700

250

2.3

61.

8, 2

.5, 3

.0, 3

.3, 5

.030

01.

6 μA

±0.4

44Lo

w Iq

3-pi

n TO

-92,

3-p

in S

OT-

89,

3-pi

n SO

T-23

, 6-p

in D

FN

MCP

1702

250

2.7

13.2

1.2,

1.5

, 1.8

, 2.5

, 2.8

, 3.0

, 3.3

, 4.0

, 5.0

625

2 μA

±0.4

44Lo

w Iq

3-pi

n TO

-92,

3-p

in S

OT-

89,

3-pi

n SO

T-23

A

MCP

1703

A25

02.

716

1.2–

5.5

625

2 μA

±0.4

35Hi

gh In

put,

Low

Iq3-

pin

SOT-

89, 3

-pin

SO

T-23

A,

3-pi

n SO

T-22

3, 8

-pin

DFN

MAQ

5300

300

2.3

5.5

1.5,

1.8

, 2.5

, 2.8

, 2.8

5, 3

.0, 3

.310

085

μA

±265

Low

Dro

pout

6-pi

n VD

FNM

IC52

49

300

2.7

61.

5, 1

.8, 2

.5, 2

.8, 2

.85,

3.0

, 3.3

340

85 μ

A±1

65Hi

gh P

SRR

8-pi

n M

SOP

MIC

5259

300

2.7

61.

5, 1

.8, 2

.1, 2

.5, 2

.8, 2

.85,

3.0

, 3.3

300

105

μA±0

.570

Low

Dro

pout

5-pi

n TS

OT,

6-p

in V

DFN

MIC

5303

30

02.

35.

51.

5, 1

.8, 2

.1, 2

.5, 2

.6, 2

.8, 2

.85,

2.9

, 3.0

, 3.3

100

85 μ

A±2

65Ul

tra L

ow D

ropo

ut4-

pin

UDFN

MIC

5307

30

02.

45.

51.

5, 1

.8, 2

.8, 3

.012

020

μA

±162

Low

Dro

pout

5-pi

n TS

OT

MIC

5309

300

1.7

5.5

1.2,

1.5

, 1.8

, Adj

.10

023

μA

±290

Ultra

Hig

h PS

RR6-

pin

TSO

T, 6

-pin

UDF

NM

IC53

18

300

2.3

61.

5, 1

.8, 2

.5, 2

.8, 3

.3, A

dj.

110

85 μ

A±2

75Hi

gh P

SRR

5-pi

n TS

OT,

6-p

in U

DFN

MIC

5323

300

2.65

5.5

1.8,

2.8

, 3.3

, Adj

.12

090

μA

±280

High

PSR

R5-

pin

TSO

T, 6

-pin

UDF

NM

IC53

27

300

2.3

5.5

1.8,

2.8

180

24 μ

A±0

.560

High

PSR

R4-

pin

UDFN

MIC

5337

300

2.3

5.5

1.8,

2.8

180

24 μ

A±0

.565

High

PSR

R4-

pin

UDFN

MIC

5353

30

02.

66

1.8,

2.5

, 2.6

, 2.8

, 3.0

, 3.3

, Adj

.16

090

μA

±260

Low

Dro

pout

6-pi

n UD

FNM

IC53

6330

02.

55.

51.

2, 2

.1, 2

.8, 3

.322

538

μA

±280

High

PSR

R6-

pin

UDFN

MIC

5364

300

2.5

5.5

1.2,

2.1

, 2.8

, 3.3

225

38 μ

A±2

80Hi

gh P

SRR

6-pi

n UD

FNM

IC55

0130

02.

55.

51.

2, 1

.8, 2

.8, 3

.0, 3

.316

038

μA

±260

Low

Dro

pout

4-pi

n UD

FN, 5

-pin

SO

T-23

MIC

5502

300

2.5

5.5

1.2,

1.8

, 2.8

, 3.0

, 3.3

160

38 μ

A±2

60Lo

w D

ropo

ut4-

pin

UDFN

MIC

5503

300

2.5

5.5

1.2,

1.8

, 2.8

, 3.0

, 3.3

160

38 μ

A±2

60Lo

w D

ropo

ut4-

pin

UDFN

MIC

5504

300

2.5

5.5

1.2,

1.8

, 2.8

, 3.0

, 3.1

, 3.3

160

38 μ

A±2

60Lo

w D

ropo

ut4-

pin

UDFN

, 5-p

in S

OT-

23M

IC55

1230

02.

55.

51.

2, 1

.8, 2

.8, 3

.316

038

μA

±265

Low

Dro

pout

6-pi

n UD

FNM

IC55

1430

02.

55.

51.

2, 1

.8, 2

.8, 3

.0, 3

.316

038

μA

±265

Low

Dro

pout

6-pi

n UD

FNM

CP17

5530

03.

616

1.8–

5.5

300

68 μ

A±0

.85

80Hi

gh In

put,

Low

Dro

pout

3-pi

n SO

T-22

3, 8

-pin

DFN

, 5-

pin

SOT-

223,

5-p

in S

OT-

23M

CP17

55S

300

3.6

161.

8–5.

530

068

μA

±0.8

580

Low

Dro

pout

3-pi

n SO

T-22

3, 8

-pin

DFN

MCP

1824

300

2.1

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.020

012

0 μA

±0.4

55Hi

gh A

ccur

acy

5-pi

n SO

T-22

3 ,5

-pin

SO

T-23

MCP

1824

S30

02.

16

0.8,

1.2

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

200

120

μA±0

.455

High

Acc

urac

y3-

pin

SOT-

223,

TC11

0730

02.

76

2.5,

2.7

, 2.8

, 3.0

, 3.3

, 5.0

240

50 μ

A±0

.560

Low

Dro

pout

8-pi

n M

SOP,

8-p

in S

OIC

15

0mil

TC11

0830

02.

76

2.5,

2.7

, 2.8

, 3.0

, 3.3

, 5.0

240

50 μ

A±0

.560

Low

Dro

pout

3-pi

n SO

T-22

3

TC11

7330

02.

76

3.3,

5.0

, 2.5

, 2.7

, 2.8

, 3.0

240

50 μ

A±0

.560

Low

Dro

pout

8-pi

n M

SOP,

8-p

in S

OIC

15

0mil

TC11

7430

02.

76

1.23

–5.5

270

50 μ

A±0

.560

Low

Dro

pout

8-pi

n M

SOP,

8-p

in S

OIC

15

0mil

TC12

6930

02.

76

2.5,

2.8

, 3.0

, 3.3

, 5.0

240

50 μ

A±0

.550

Low

Dro

pout

8-pi

n M

SOP

TC13

0030

02.

76

2.5,

2.7

, 2.8

, 2.8

5, 3

.0, 3

.321

080

μA

±0.5

60Lo

w D

ropo

ut8-

pin

MSO

P

MIC

2920

140

02

263.

3, 4

.8, 5

.0, 1

240

014

0 μA

±170

Load

Dum

p, R

ever

se B

atte

ry P

rote

ctio

n5-

pin

TO-2

20, 5

-pin

DDP

AK,

8-pi

n SO

ICM

IC29

202

400

226

Adj.

400

140

μA±1

70Lo

ad D

ump,

Rev

erse

Bat

tery

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2920

440

02

265.

0, A

dj.

400

140

μA±1

70Lo

ad D

ump,

Rev

erse

Bat

tery

Pro

tect

ion

8-pi

n SO

IC, 8

-pin

PDI

PM

IC29

20A

400

226

3.3,

4.8

, 5.0

, 12

400

140

μA±1

70Lo

ad D

ump,

Rev

erse

Bat

tery

Pro

tect

ion

3-pi

n SO

T-22

3, 3

-pin

TO

-220

MIC

5325

400

1.7

5.5

1.2,

1.5

, 1.8

, 3.3

, 3.6

110

35 μ

A±2

65Lo

w N

oise

6-pi

n UD

FNM

IC47

050

500

13.

61.

2, 1

.8, A

dj.

446

μA±0

.550

Ultra

Low

Dro

pout

6-pi

n UD

FN, 6

-pin

VDF

NM

IC47

053

500

13.

6Ad

j.44

6 μA

±255

Ultra

Low

Dro

pout

8-pi

n UD

FN

MIC

5209

500

2.5

161.

8, 2

.5, 3

.0, 3

.3, 3

.6, 4

.2, 5

.0, A

dj.

350

8 m

A±1

75Hi

gh In

put V

olta

ge, S

mall

Pac

kage

8-pi

n SO

IC, 3

-pin

SO

T-22

3,

8-pi

n VD

FN, 5

-pin

DDP

AKM

IC52

1650

02.

512

2.5,

3.3

, 3.6

, 5.0

300

8 m

A±1

75Hi

gh In

put V

olta

ge, S

mall

Pac

kage

8-pi

n M

SOP,

5-p

in S

OT-

23

MIC

5219

500

2.5

122.

5, 2

.6, 2

.7, 2

.8, 2

.85,

2.9

, 3.0

, 3.1

, 3.3

, 3.

6, 5

.0, A

dj.

350

12 m

A±1

75Hi

gh In

put V

olta

ge, S

mall

Pac

kage

8-pi

n M

SOP,

6-p

in U

DFN,

6-

pin

VDFN

, 5-p

in S

OT-

23


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MIC

5237

500

2.5

162.

5, 3

.3, 5

.030

08

mA

±375

High

Inpu

t Vol

tage

, Rev

erse

Bat

tery

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

5239

500

2.3

301.

5, 1

.8, 2

.5, 3

.0, 3

.3, 5

.0, A

dj.

350

23 μ

A±1

50Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

8-pi

n M

SOP,

8-p

in S

OIC

, 3-

pin

SOT-

223

MIC

5319

500

2.5

5.5

1.37

5, 1

.8, 1

.85,

2.5

, 2.6

, 2.7

, 2.8

, 2.8

5, 2

.9,

3.0,

3.3

, 5.0

, Adj

.20

090

μA

±170

High

PSR

R5-

pin

TSO

T, 6

-pin

VDF

N

MIC

5524

500

2.5

5.5

1.2,

1.8

, 2.8

, 3.0

, 3.3

260

38 μ

A±2

65Lo

w N

oise

4-pi

n UD

FNM

IC55

2850

02.

55.

53.

326

038

μA

±270

Low

Dro

pout

6-pi

n UD

FN, 6

-pin

X2D

FNM

IC94

305

500

1.8

3.6

Inpu

t Fol

low

er17

015

0 μA

–0

Ripp

leBlo

cker

6-pi

n UD

FNM

IC94

325

500

1.8

3.6

Adj.

100

170

μA±1

85Ri

ppleB

lock

er6-

pin

UDFN

MIC

9434

550

01.

83.

61.

2, 1

.5, 1

.8, 2

.8, 3

.310

017

0 μA

±185

Ripp

leBlo

cker

6-pi

n UD

FNM

IC94

355

500

1.8

3.6

1.2,

1.5

, 1.8

, 2.8

, 3.3

100

170

μA±1

85Ri

ppleB

lock

er6-

pin

UDFN

MCP

1725

500

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.021

012

0 μA

±0.5

60Lo

w D

ropo

ut8-

pin

DFN,

8-p

in S

OIC

150

mil

MCP

1825

500

2.1

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.021

012

0 μA

±0.5

60Lo

w D

ropo

ut5-

pin

TO-2

20, 5

-pin

DDP

AK,

5-pi

n SO

T-22

3

MCP

1825

S50

02.

16

0.8,

1.2

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

300

120

μA±0

.560

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in S

OT-

223,

3-

pin

DDPA

K

TC12

6250

02.

76

2.5,

2.8

, 3.0

, 3.3

, 5.0

350

80 μ

A±0

.564

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in S

OT-

223,

3-

pin

DDPA

K

TC12

6350

02.

76

2.5,

2.8

, 3.0

, 3.3

, 5.0

350

80 μ

A±0

.564

Low

Dro

pout

5-pi

n TO

-220

, 5-p

in D

DPAK

, 8-

pin

SOIC

150

mil

MIC

2937

175

04.

326

3.3,

5.0

, 12

370

160

μA±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2937

275

04.

326

Adj.

370

160

μA±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2937

A75

04.

326

3.3,

5.0

, 12

370

160

μA±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20M

IC37

7575

02.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.0, 3

.3, A

dj.

280

6.5

mA

±160

Reve

rse

Curre

nt P

rote

ctio

n8-

pin

MSO

PM

IC39

7575

02.

2516

1.65

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

, Adj

.30

07.

5 m

A±1

55Re

vers

e Cu

rrent

Pro

tect

ion

8-pi

n M

SOP

TC12

6480

02.

76

1.8,

2.5

, 3.0

, 3.3

450

80 μ

A±0

.564

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in S

OT-

223

3-pi

n DD

PAK

TC12

6580

02.

76

1.8,

2.5

, 3.0

, 3.3

450

80 μ

A±0

.564

Low

Dro

pout

5-pi

n TO

-220

, 5-p

in DD

PAK,

8-

pin

SOIC

150

mil

TC21

1780

02.

76

1.8,

2.5

, 3.0

, 3.3

600

80 μ

A±0

.555

Low

Dro

pout

3-pi

n SO

T-22

3, 3

-pin

DDP

AK

MIC

3710

010

002.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.328

040

0 μA

±150

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n3-

pin

SOT-

223

MIC

3710

110

002.

256

1.5,

1.6

5, 1

.8, 2

.1, 2

.5, 3

.328

040

0 μA

±150

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n8-

pin

SOIC

MIC

3710

210

002.

256

Adj

280

400

μA±1

50Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

8-pi

n SO

IC, 5

-pin

SPA

K

MIC

3910

010

002.

2516

1.8,

2.5

, 3.3

, 5.0

410

6.5

mA

±155

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n3-

pin

SOT-

223

MIC

3910

110

002.

2516

1.8,

2.5

, 3.3

, 5.0

410

6.5

mA

±155

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n8-

pin

SOIC

MIC

3910

210

002.

2516

Adj.

410

6.5

mA

±155

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n8-

pin

SOIC

MIC

4710

010

001

3.6

0.8,

1.0

, 1.2

, Adj

.80

350

μA±0

.580

Ultra

Low

Dro

pout

8-pi

n M

SOP,

8-p

in V

DFN

MIC

6910

1 10

001.

655.

51.

821

511

mA

±255

Low

Dro

pout

10-p

in V

DFN

MIC

6910

3 10

001.

655.

5Ad

j.21

511

mA

±255

Low

Dro

pout

10-p

in V

DFN

MCP

1726

1000

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.3, 5

.050

013

0 μA

±0.5

54Lo

w D

ropo

ut8-

pin

DFN,

8-p

in S

OIC

150

mil

MCP

1826

1000

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.022

512

0 μA

±0.5

60Lo

w D

ropo

ut5-

pin

TO-2

20, 5

-pin

DDP

AK,

5-pi

n SO

T-22

3

MCP

1826

S10

002.

36

0.8,

1.2

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

225

120

μA±0

.560

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in S

OT-

223,

3-

pin

DDPA

K

MIC

2940

A12

502

263.

3, 5

.0, 1

240

035

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n3-

pin

TO-2

63, 3

-pin

TO

-220

MIC

2941

A12

502

26Ad

j.40

035

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n5-

pin

TO-2

20, 5

-pin

DDP

AK

MIC

2915

015

002.

2526

3.3,

5.0

, 12

350

22 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

2915

115

002.

2526

3.3,

5.0

, 12

350

22 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MIC

2915

215

002.

2526

Adj.

350

22 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-252

, 5-p

in T

O-2

20,

5-pi

n DD

PAK

MIC

3713

915

002.

256

1.8,

2.5

500

17 m

A±1

50Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

Plea

se c

all fo

r pac

kage

in

form

atio

n

MIC

3715

015

002.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.332

517

mA

±145

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n3-

pin

SPAK

MIC

3715

115

002.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.332

517

mA

±145

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n5-

pin

SPAK

MIC

3715

215

002.

256

Adj.

325

17 m

A±1

45Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

8-pi

n SO

IC, 5

-pin

SPA

K

MIC

3715

315

002.

256

Adj.

325

17 m

A±1

45Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

8-pi

n SO

IC

MIC

3915

015

002.

2516

1.65

, 1.8

, 2.5

375

17 m

A±1

53Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

3915

115

002.

2516

1.65

, 1.8

, 2.5

375

17 m

A±1

53Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

3915

215

002.

2516

Adj.

375

17 m

A±1

53Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-252

, 5-p

in D

DPAK

MIC

4715

015

001.

46.

5Ad

j.28

015

mA

±155

Low

Dro

pout

5-pi

n TO

-252

MIC

4915

015

001.

46.

50.

9, 1

.2, 1

.5, 1

.8, A

dj.

280

15 m

A±1

57Lo

w D

ropo

ut8-

pin

MSO

P, 5

-pin

SPA

K

MIC

5915

0 15

001

3.8

Adj.

100

12.5

mA

±160

Ultra

Low

Dro

pout

8-pi

n SO

IC

MIC

6115

015

001.

13.

61.

0, A

dj.

757.

6 m

A±1

50Ul

tra L

ow D

ropo

ut, S

oft S

tart

10-p

in M

SOP,

10-

pin

VDFN

MCP

1727

1500

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.033

012

0 μA

±0.5

60Lo

w D

ropo

ut8-

pin

DFN,

8-p

in S

OIC

150

mil

MCP

1827

1500

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.033

012

0 μA

±0.5

60Lo

w D

ropo

ut5-

pin

TO-2

20, 5

-pin

DDP

AK

MCP

1827

S15

002.

36

0.8,

1.2

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

330

120

μA±0

.560

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in D

DPAK

MIC

4920

020

001.

46.

51.

0, 1

.8, A

dj.

400

15 m

A±1

83Lo

w D

ropo

ut5-

pin

SPAK

MIC

6820

020

001.

655.

51.

2, 1

.5, 1

.8, 2

.5, 3

.3, A

dj30

042

mA

±160

Low

Dro

pout

, Sof

t Sta

rt10

-pin

VDF

N

MIC

3725

225

003

6Ad

j.55

040

mA

±250

Reve

rse

Curre

nt P

rote

ctio

n5-

pin

SPAK

, 5-p

in D

DPAK

MIC

2937

A75

04.

326

3.3,

5.0

, 12

370

160

μA±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20M

IC37

7575

02.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.0, 3

.3, A

dj.

280

6.5

mA

±160

Reve

rse

Curre

nt P

rote

ctio

n8-

pin

MSO

PM

IC39

7575

02.

2516

1.65

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

, Adj

.30

07.

5 m

A±1

55Re

vers

e Cu

rrent

Pro

tect

ion

8-pi

n M

SOP

TC12

6480

02.

76

1.8,

2.5

, 3.0

, 3.3

450

80 μ

A±0

.564

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in S

OT-

223

3-pi

n DD

PAK

TC12

6580

02.

76

1.8,

2.5

, 3.0

, 3.3

450

80 μ

A±0

.564

Low

Dro

pout

5-pi

n TO

-220

, 5-p

in DD

PAK,

8-

pin

SOIC

150

mil

TC21

1780

02.

76

1.8,

2.5

, 3.0

, 3.3

600

80 μ

A±0

.555

Low

Dro

pout

3-pi

n SO

T-22

3, 3

-pin

DDP

AK

MIC

3710

010

002.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.328

040

0 μA

±150

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n3-

pin

SOT-

223

MIC

3710

110

002.

256

1.5,

1.6

5, 1

.8, 2

.1, 2

.5, 3

.328

040

0 μA

±150

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n8-

pin

SOIC

MIC

3710

210

002.

256

Adj

280

400

μA±1

50Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

8-pi

n SO

IC, 5

-pin

SPA

K

MIC

3910

010

002.

2516

1.8,

2.5

, 3.3

, 5.0

410

6.5

mA

±155

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n3-

pin

SOT-

223

MIC

3910

110

002.

2516

1.8,

2.5

, 3.3

, 5.0

410

6.5

mA

±155

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n8-

pin

SOIC

MIC

3910

210

002.

2516

Adj.

410

6.5

mA

±155

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n8-

pin

SOIC

MIC

4710

010

001

3.6

0.8,

1.0

, 1.2

, Adj

.80

350

μA±0

.580

Ultra

Low

Dro

pout

8-pi

n M

SOP,

8-p

in V

DFN

MIC

6910

1 10

001.

655.

51.

821

511

mA

±255

Low

Dro

pout

10-p

in V

DFN

MIC

6910

3 10

001.

655.

5Ad

j.21

511

mA

±255

Low

Dro

pout

10-p

in V

DFN

MCP

1726

1000

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.3, 5

.050

013

0 μA

±0.5

54Lo

w D

ropo

ut8-

pin

DFN,

8-p

in S

OIC

150

mil

MCP

1826

1000

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.022

512

0 μA

±0.5

60Lo

w D

ropo

ut5-

pin

TO-2

20, 5

-pin

DDP

AK,

5-pi

n SO

T-22

3

MCP

1826

S10

002.

36

0.8,

1.2

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

225

120

μA±0

.560

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in S

OT-

223,

3-

pin

DDPA

K

MIC

2940

A12

502

263.

3, 5

.0, 1

240

035

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n3-

pin

TO-2

63, 3

-pin

TO

-220

MIC

2941

A12

502

26Ad

j.40

035

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n5-

pin

TO-2

20, 5

-pin

DDP

AK


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MIC

2915

015

002.

2526

3.3,

5.0

, 12

350

22 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

2915

115

002.

2526

3.3,

5.0

, 12

350

22 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2915

215

002.

2526

Adj.

350

22 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-252

, 5-p

in T

O-2

20,

5-pi

n DD

PAK

MIC

3713

915

002.

256

1.8,

2.5

500

17 m

A±1

50Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

Plea

se c

all fo

r pac

kage

in

form

atio

n

MIC

3715

015

002.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.332

517

mA

±145

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n3-

pin

SPAK

MIC

3715

115

002.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.332

517

mA

±145

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n5-

pin

SPAK

MIC

3715

215

002.

256

Adj.

325

17 m

A±1

45Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

8-pi

n SO

IC, 5

-pin

SPA

K

MIC

3715

315

002.

256

Adj.

325

17 m

A±1

45Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

8-pi

n SO

IC

MIC

3915

015

002.

2516

1.65

, 1.8

, 2.5

375

17 m

A±1

53Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

3915

115

002.

2516

1.65

, 1.8

, 2.5

375

17 m

A±1

53Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

3915

215

002.

2516

Adj.

375

17 m

A±1

53Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-252

, 5-p

in D

DPAK

MIC

4715

015

001.

46.

5Ad

j.28

015

mA

±155

Low

Dro

pout

5-pi

n TO

-252

MIC

4915

015

001.

46.

50.

9, 1

.2, 1

.5, 1

.8, A

dj.

280

15 m

A±1

57Lo

w D

ropo

ut8-

pin

MSO

P, 5

-pin

SPA

K

MIC

5915

0 15

001

3.8

Adj.

100

12.5

mA

±160

Ultra

Low

Dro

pout

8-pi

n SO

IC

MIC

6115

015

001.

13.

61.

0, A

dj.

757.

6 m

A±1

50Ul

tra L

ow D

ropo

ut, S

oft S

tart

10-p

in M

SOP,

10-

pin

VDFN

MCP

1727

1500

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.033

012

0 μA

±0.5

60Lo

w D

ropo

ut8-

pin

DFN,

8-p

in S

OIC

150

mil

MCP

1827

1500

2.3

60.

8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.033

012

0 μA

±0.5

60Lo

w D

ropo

ut5-

pin

TO-2

20, 5

-pin

DDP

AK

MCP

1827

S15

002.

36

0.8,

1.2

, 1.8

, 2.5

, 3.0

, 3.3

, 5.0

330

120

μA±0

.560

Low

Dro

pout

3-pi

n TO

-220

, 3-p

in D

DPAK

MIC

4920

020

001.

46.

51.

0, 1

.8, A

dj.

400

15 m

A±1

83Lo

w D

ropo

ut5-

pin

SPAK

MIC

6820

020

001.

655.

51.

2, 1

.5, 1

.8, 2

.5, 3

.3, A

dj30

042

mA

±160

Low

Dro

pout

, Sof

t Sta

rt10

-pin

VDF

N

MIC

3725

225

003

6Ad

j.55

040

mA

±250

Reve

rse

Curre

nt P

rote

ctio

n5-

pin

SPAK

, 5-p

in D

DPAK

MIC

2930

030

002.

2526

3.3,

5.0

, 12

370

37 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

2930

130

002.

2526

3.3,

5.0

, 12

370

37 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2930

230

002.

2526

Adj.

370

37 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2930

2A30

003

16Ad

j.45

060

mA

±1–

Reve

rse

Batte

ry a

nd C

urre

nt P

rote

ctio

n5-

pin

TO-2

52, 5

-pin

DDP

AK

MIC

2930

2H30

002.

2526

Adj.

370

37 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n DD

PAK

MIC

2930

330

002.

2526

Adj.

370

37 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2931

030

002.

316

3.3,

5.0

600

60 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

2931

230

002.

316

Adj.

600

60 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

3530

230

002.

256

Adj.

370

20 m

A±1

50Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-252

MIC

3730

030

002.

256

1.5,

1.6

5, 1

.8, 2

.5, 3

.330

027

mA

±150

Reve

rse

Curre

nt P

rote

ctio

n3-

pin

SPAK

MIC

3730

130

002.

256

1.5,

1.8

, 2.5

, 3.3

300

27 m

A±1

50Re

vers

e Cu

rrent

Pro

tect

ion

8-pi

n SO

IC, 5

-pin

SPA

K

MIC

3730

230

002.

256

Adj.

300

27 m

A±1

50Re

vers

e Cu

rrent

Pro

tect

ion

5-pi

n SP

AK, 5

-pin

DDP

AK

MIC

3730

330

002.

256

Adj.

300

27 m

A±1

50Re

vers

e Cu

rrent

Pro

tect

ion

8-pi

n SO

IC, 8

-pin

VDF

N

MIC

3930

030

002.

2516

1.8,

2.5

385

45 m

A±1

–Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

3930

130

002.

2516

1.8,

2.5

385

45 m

A±1

–Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

3930

230

002.

2516

Adj.

385

45 m

A±1

–Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n DD

PAK

MIC

4730

030

001.

46.

5Ad

j.23

025

mA

±1–

Low

Dro

pout

5-pi

n TO

-252

MIC

4930

030

001.

46.

50.

9, 1

.2, 1

.5, 1

.8, A

dj.

280

25 m

A±1

–Lo

w D

ropo

ut5-

pin

SPAK

MIC

5930

0 30

001

3.8

1.2V

, Adj

.20

530

mA

±165

Low

Dro

pout

8-pi

n SO

IC, 5

-pin

DDP

AK

MIC

6130

030

001.

13.

61.

0, A

dj.

150

7.6

mA

±155

Low

Dro

pout

, Sof

t Sta

rt10

-pin

MSO

P, 1

0-pi

n VD

FN


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Lin

ear R

egul

ator

s

Part

#O

utpu

t C

urre

nt (m

A)Vi

n M

in

(V)

Vin M

ax

(V)

Vou

t (V)

Volta

ge D

rop

Typi

cal (

mV)

Iq T

ypic

al

(μA)

Out

put

Accu

racy

(%)

PSRR

1 k

Hz

(dB)

Feat

ures

Pack

ages

MIC

6930

130

001.

655.

51.

227

532

mA

±255

Low

Dro

pout

8-pi

n SO

IC, 5

-pin

SPA

K, 5

-pin

DD

PAK

MIC

6930

230

001.

655.

5Ad

j.27

532

mA

±255

Low

Dro

pout

5-pi

n SP

AK, 5

-pin

DDP

AK

MIC

6930

330

001.

655.

5Ad

j.27

532

mA

±255

High

Cur

rent

8-pi

n SO

IC, 1

2-pi

n VD

FN

MIC

6840

0 40

001.

655.

51.

8, A

dj.

360

90 m

A±2

50Lo

w D

ropo

ut, S

oft S

tart

16-p

in V

QFN

MIC

6840

140

001.

655.

5Ad

j.36

090

mA

±250

Low

Dro

pout

, Sof

t Sta

rt16

-pin

VQ

FN

MIC

2950

050

002.

2526

3.3,

5.0

, 12

370

70 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

3-pi

n TO

-220

MIC

2950

150

002.

2526

3.3,

5.0

, 12

370

70 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2950

250

002.

2526

Adj.

370

70 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2950

350

002.

2526

Adj.

370

70 m

A±1

–Lo

ad D

ump,

Rev

erse

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

2951

050

002.

316

3.3,

5.0

700

100

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n3-

pin

TO-2

20

MIC

2951

250

002.

316

Adj.

700

100

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n5-

pin

TO-2

20

MIC

3750

150

002.

36

1.5,

1.6

5, 1

.8, 2

.5, 3

.333

057

mA

±1–

Reve

rse

Curre

nt P

rote

ctio

n7-

pin

SPAK

MIC

3750

250

002.

36

Adj.

330

57 m

A±1

–Re

vers

e Cu

rrent

Pro

tect

ion

7-pi

n SP

AK, 5

-pin

DDP

AK

MIC

3950

050

002.

2516

1.8,

2.5

400

70 m

A±1

30Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

3-pi

n TO

-263

, 3-p

in T

O-2

20

MIC

3950

150

002.

2516

1.8,

2.5

400

70 m

A±1

30Re

vers

e Ba

ttery

and

Cur

rent

Pro

tect

ion

5-pi

n TO

-220

, 5-p

in D

DPAK

MIC

4950

050

001.

46

0.9,

1.2

, Adj

.29

055

mA

±175

Low

Dro

pout

7-pi

n SP

AK

MIC

6950

250

001.

655.

5Ad

j.25

054

mA

±152

High

Cur

rent

7-pi

n SP

AK

MIC

2971

275

002.

316

Adj.

700

250

mA

±2–

High

Cur

rent

5-pi

n TO

-220

MIC

2975

175

002.

526

3.3,

5.0

425

120

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n5-

pin

TO-2

47

MIC

2975

275

002.

526

Adj.

425

120

mA

±1–

Load

Dum

p, R

ever

se C

urre

nt P

rote

ctio

n5-

pin

TO-2

47

POW

ER M

ANAG

EMEN

T: M

ultip

le O

utpu

t Lin

ear R

egul

ator

s

Part

#Pr

oduc

t Typ

eIo

ut #

1Io

ut #

2Io

ut #

3Io

ut #

4Vi

n M

in. (

V)Vi

n M

ax. (

V)Vo

ut (

V)Vo

ltage

Dro

p Ty

p. (m

V)IG

ND

Typ

. (μ

A)PS

RR 1

kHz

(dB)

Pack

ages

MIC

2210

Dual

LDO

s15

0 m

A30

0 m

A–

–2.

255.

5Pl

ease

Ref

er to

Dat

ashe

et12

0/14

048

/60

μA60

10-p

in V

DFN

MIC

2211

Dual

LDO

s15

0 m

A30

0 m

A–

–2.

255.

5Pl

ease

Ref

er to

Dat

ashe

et12

0/14

048

/60

μA60

10-p

in V

DFN

MIC

2212

Dual

LDO

s15

0 m

A30

0 m

A–

–2.

255.

5Pl

ease

Ref

er to

Dat

ashe

et12

0/14

048

/60

μA60

10-p

in V

DFN

MIC

2213

Dual

LDO

s15

0 m

A30

0 m

A–

–2.

255.

5Pl

ease

Ref

er to

Dat

ashe

et12

0/14

048

/60

μA60

10-p

in V

DFN,

16-

pin

VQFN

MIC

2214

Dual

LDO

s15

0 m

A30

0 m

A–

–2.

255.

5Pl

ease

Ref

er to

Dat

ashe

et12

0/14

048

/60

μA60

10-p

in V

DFN,

16-

pin

VQFN

MIC

2215

Mul

ti-Ch

anne

l LDO

s25

0 m

A25

0 m

A25

0 m

A–

2.25

5.5

Plea

se R

efer

to D

atas

heet

100

110

μA70

16-p

in V

QFN

MIC

2219

Dual

LDO

s15

0 m

A30

0 m

A–

–2.

255.

5Pl

ease

Ref

er to

Dat

ashe

et12

048

μA

6010

-pin

VDF

NM

IC52

02Du

al LD

Os

100

mA

100

mA

––

2.5

26Pl

ease

Ref

er to

Dat

ashe

et22

517

0 μA

758-

pin

SOIC

MIC

5208

Dual

LDO

s50

mA

50 m

A–

–2.

516

Plea

se R

efer

to D

atas

heet

250

180

μA–

8-pi

n M

SOP

MIC

5210

Dual

LDO

s15

0 m

A15

0 m

A–

–2.

516

Plea

se R

efer

to D

atas

heet

165

80 μ

A75

8-pi

n M

SOP

MIC

5211

Dual

LDO

s80

mA

80 m

A–

–2.

516

Plea

se R

efer

to D

atas

heet

250

90 μ

A60

6-pi

n SO

T-23

MIC

5212

Dual

LDO

s50

0 m

A50

0 m

A–

–4

16Pl

ease

Ref

er to

Dat

ashe

et35

01.

5mA

758-

pin

SOIC

MIC

5264

Dual

LDO

s15

0 m

A15

0 m

A–

–2.

75.

5Pl

ease

Ref

er to

Dat

ashe

et21

075

μA

6410

-pin

VDF

NM

IC53

10Du

al LD

Os

150

mA

150

mA

––

2.3

5.5

Plea

se R

efer

to D

atas

heet

3585

μA

708-

pin

UDFN

, 8-p

in V

DFN

MIC

5311

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et12

028

μA

6010

-pin

VDF

NM

IC53

12Du

al LD

Os

300

mA

300

mA

––

2.5

5.5

Plea

se R

efer

to D

atas

heet

120

28 μ

A60

10-p

in V

DFN

MIC

5315

Du

al LD

Os

300

mA

300

mA

––

1.7

5.5

Plea

se R

efer

to D

atas

heet

8530

μA

6510

-pin

UDF

N


POW

ER M

ANAG

EMEN

T: M

ultip

le O

utpu

t Lin

ear R

egul

ator

s

Part

#Pr

oduc

t Typ

eIo

ut #

1Io

ut #

2Io

ut #

3Io

ut #

4Vi

n M

in. (

V)Vi

n M

ax. (

V)Vo

ut (

V)Vo

ltage

Dro

p Ty

p. (m

V)IG

ND

Typ

. (μ

A)PS

RR 1

kHz

(dB)

Pack

ages

MIC

5316

Du

al LD

Os

300

mA

300

mA

––

1.7

5.5

Plea

se R

efer

to D

atas

heet

8530

μA

6512

-pin

UDF

NM

IC53

20Du

al LD

Os

150

mA

150

mA

––

2.3

5.5

Plea

se R

efer

to D

atas

heet

3585

μA

656-

pin

TSO

T, 6

-pin

UDF

N, 6

-pin

WDF

NM

IC53

21Du

al LD

Os

150

mA

150

mA

––

2.3

5.5

Plea

se R

efer

to D

atas

heet

3585

μA

756-

pin

TSO

T, 6

-pin

UDF

N, 6

-pin

WDF

NM

IC53

22

Dual

LDO

s15

0 m

A15

0 m

A–

–2.

35.

5Pl

ease

Ref

er to

Dat

ashe

et35

150

μA75

6-pi

n UD

FNM

IC53

30Du

al LD

Os

300

mA

300

mA

––

2.3

5.5

Plea

se R

efer

to D

atas

heet

7585

μA

708-

pin

VDFN

MIC

5331

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

35.

5Pl

ease

Ref

er to

Dat

ashe

et12

040

μA

658-

pin

UDFN

MIC

5332

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

35.

5Pl

ease

Ref

er to

Dat

ashe

et12

040

μA

658-

pin

UDFN

MIC

5333

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

35.

5Pl

ease

Ref

er to

Dat

ashe

et12

040

μA

6510

-pin

UDF

NM

IC53

35Du

al LD

Os

300

mA

300

mA

––

2.3

5.5

Plea

se R

efer

to D

atas

heet

7590

μA

656-

pin

UDFN

MIC

5338

Du

al LD

Os

300

mA

300

mA

––

2.5

5.5

Plea

se R

efer

to D

atas

heet

220

38 μ

A55

6-pi

n UD

FNM

IC53

39

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et22

038

μA

556-

pin

UDFN

MIC

5350

Du

al LD

Os

300

mA

500

mA

––

2.6

5.5

Plea

se R

efer

to D

atas

heet

75/1

2595

μA

508-

pin

UDFN

MIC

5355

Dual

LDO

s50

0mA

500

mA

––

2.5

5.5

Plea

se R

efer

to D

atas

heet

350

38 μ

A55

8-pi

n M

SOP

MIC

5356

Dual

LDO

s50

0mA

500

mA

––

2.5

5.5

Plea

se R

efer

to D

atas

heet

350

38 μ

A55

8-pi

n M

SOP,

8-p

in V

DFN

MIC

5357

Dual

LDO

s50

0mA

500

mA

––

2.6

5.5

Plea

se R

efer

to D

atas

heet

130

95 μ

A70

8-pi

n M

SOP

MIC

5370

Dual

LDO

s15

0mA

150

mA

––

2.3

5.5

Plea

se R

efer

to D

atas

heet

155

32 μ

A60

6-pi

n UD

FNM

IC53

71Du

al LD

Os

150m

A15

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et15

532

μA

606-

pin

UDFN

MIC

5373

Mul

ti-Ch

anne

l LDO

s20

0mA

200

mA

200

mA

–1.

75.

5Pl

ease

Ref

er to

Dat

ashe

et17

032

μA

5516

-pin

UQ

FNM

IC53

74M

ulti-

Chan

nel L

DOs

200

mA

200

mA

200

mA

1 m

A1.

75.

5Pl

ease

Ref

er to

Dat

ashe

et17

042

μA

5516

-pin

UQ

FNM

IC53

80Du

al LD

Os

150

mA

150

mA

––

2.5

5.5

Plea

se R

efer

to D

atas

heet

155

32 μ

A60

10-p

in U

QFN

MIC

5381

Dual

LDO

s15

0 m

A15

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et15

532

μA

6010

-pin

UQ

FNM

IC53

83M

ulti-

Chan

nel L

DOs

200

mA

200

mA

200

mA

–1.

75.

5Pl

ease

Ref

er to

Dat

ashe

et17

032

μA

5516

-pin

UQ

FNM

IC53

84M

ulti-

Chan

nel L

DOs

200

mA

200

mA

200

mA

1 m

A1.

75.

5Pl

ease

Ref

er to

Dat

ashe

et17

042

μA

5516

-pin

UQ

FNM

IC53

85

Mul

ti-Ch

anne

l LDO

s15

0 m

A15

0 m

A15

0 m

A–

2.5

5.5

Plea

se R

efer

to D

atas

heet

180

32 μ

A70

8-pi

n UD

FNM

IC53

87

Mul

ti-Ch

anne

l LDO

s15

0 m

A15

0 m

A15

0 m

A–

2.5

5.5

Plea

se R

efer

to D

atas

heet

180

32 μ

A70

6-pi

n UD

FNM

IC53

88Du

al LD

Os

200

mA

200

mA

––

2.5

5.5

Plea

se R

efer

to D

atas

heet

175

32 μ

A73

6-pi

n W

LCSP

MIC

5389

Dual

LDO

s20

0 m

A20

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et17

532

μA

736-

pin

WLC

SP

MIC

5392

Dual

LDO

s15

0 m

A15

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et15

557

μA

606-

pin

UDFN

, 6-p

in X

2DFN

MIC

5393

Dual

LDO

s15

0 m

A15

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et15

557

μA

606-

pin

X2DF

N

MIC

5396

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et16

037

μA

608-

pin

UDFN

, 8-p

in X

2DFN

MIC

5397

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et16

037

μA

608-

pin

UDFN

, 8-p

in X

2DFN

MIC

5398

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et16

037

μA

608-

pin

X2DF

N

MIC

5399

Dual

LDO

s30

0 m

A30

0 m

A–

–2.

55.

5Pl

ease

Ref

er to

Dat

ashe

et16

037

μA

608-

pin

UDFN

, 8-p

in X

2DFN

MIC

6822

0Du

al LD

Os

2.0A

2.0A

––

1.65

5.5

Plea

se R

efer

to D

atas

heet

300

15 m

A40

20-p

in V

DFN

TC13

07M

ulti-

Chan

nel L

DOs

150

mA

150

mA

150

mA

150

mA

2.7

6Pl

ease

Ref

er to

Dat

ashe

et20

022

0 μA

6016

-pin

QSO

P

TC13

01A

Dual

LDO

s30

0 m

A15

0 m

A–

–2.

76

Plea

se R

efer

to D

atas

heet

104

103

μA58

8-pi

n M

SOP,

8-p

in D

FN

TC13

01B

Dual

LDO

s30

0 m

A15

0 m

A–

–2.

76

Plea

se R

efer

to D

atas

heet

104

114

μA58

8-pi

n M

SOP,

8-p

in D

FN

TC13

02A

Dual

LDO

s30

0 m

A15

0 m

A–

–2.

76

Plea

se R

efer

to D

atas

heet

104

103

μA58

8-pi

n M

SOP,

8-p

in D

FN

TC13

02B

Dual

LDO

s30

0 m

A15

0 m

A–

–2.

76

Plea

se R

efer

to D

atas

heet

104

114

μA58

8-pi

n M

SOP,

8-p

in D

FN


POW

ER M

ANAG

EMEN

T: L

inea

r Reg

ulat

ors

– LD

O C

ontro

ller a

nd S

IM C

ard

Part

#Pr

oduc

t Typ

eVi

n M

in. (

V)Vi

n M

ax. (

V)Vo

ut (

V)IG

ND

Typ

. (μA

)Vr

ef (V

)Ve

n (V

)In

tern

al C

harg

e Pu

mp

Exte

rnal

N-C

h.

MO

SFET

Pack

ages

MIC

5156

LDO

Con

trolle

rs3

363.

3, 5

.0, A

dj.

2.7

1.23

52.

4–

Yes

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

5157

LDO

Con

trolle

rs3

363.

3, 5

.0, 1

24.

51.

235

2.4

Yes

Yes

14-p

in P

DIP,

14-

pin

SOIC

150

mil

MIC

5158

LDO

Con

trolle

rs3

365.

0, A

dj.

4.5

1.23

52.

4Ye

sYe

s14

-pin

PDI

P, 1

4-pi

n SO

IC 1

50m

il

MIC

5159

LDO

Con

trolle

rs1.

655.

51.

8, 3

.0, A

dj.

101.

235

1.2

–Ye

s6-

pin

SOT-

23

MIC

5190

LDO

Con

trolle

rs0.

95.

5Ad

j. do

wn

to 0

.5V

150.

50.

8–

Yes

10-p

in M

SOP,

10-

pin

VDFN

MIC

5191

LDO

Con

trolle

rs1

5.5

Adj.

dow

n to

1.0

V15

10.

8–

Yes

10-p

in M

SOP,

10-

pin

VDFN

MIC

4555

SIM

Car

d Lv

l Shi

fter w

ith 5

0 m

A LD

O2.

75.

51.

8, 3

.341

/79

––

––

16-p

in V

QFN

POW

ER M

ANAG

EMEN

T: D

DR

Term

inat

ion

Regu

lato

rs

Part

#Io

ut

Vin M

in. (

V)Vi

n M

ax. (

V)Vo

ut (

V)PW

R G

ood

VTT

Accu

racy

Exte

rnal

Tr

ansis

tor

Sync

Buc

kFr

eque

ncy

Feat

ures

Pack

ages

MIC

5162

±7A

1.35

61/

2 of

Vin

–±5

mV

ü–

–10

-pin

MSO

PM

IC51

63

±7A

0.75

61/

2 of

Vin

–±5

mV

ü–

–Lo

w V

olta

ge10

-pin

MSO

PM

IC51

64

±7A

1.35

61/

2 of

Vin

ü±5

mV

ü–

–10

-pin

MSO

PM

IC51

65

±7A

0.75

61/

2 of

Vin

ü±5

mV

ü–

–Lo

w V

olta

ge10

-pin

MSO

PM

IC51

66±3

A0.

93.

61/

2 of

Vin

ü±2

5 m

V–

––

DDR

1, 2

, 3, 4

3 ×

3 DF

NM

IC51

67±6

A2.

65.

5Ad

j. do

wn

to 0

.35V

ü±1

2 m

V–

ü1

MHz

Inte

grat

ed S

ync

Buck

4 ×

4 DF

N

POW

ER M

ANAG

EMEN

T: H

igh-

Volta

ge L

inea

r Reg

ulat

ors

Part

#In

put t

o O

utpu

t Vol

tage

D

iffer

entia

l (M

in.)

Inpu

t to

Out

put V

olta

ge

Diff

eren

tial (

Max

.)O

utpu

t Vol

tage

(V)M

ax O

utpu

t Cur

rent

(m

A)Ty

pica

l Lin

e Re

gula

tion

(%/V

)Ty

pica

l Loa

d Re

gula

tion

(%/m

A)Pa

ckag

es

LR8

1245

01.

2–44

010

0.00

30.

153-

Lead

TO

-252

, 3-L

ead

TO-9

2, 3

-Lea

d SO

T-89

LR12

1210

01.

2–88

500.

003

0.06

3-Le

ad T

O-2

52, 8

-Lea

d SO

IC, 3

-Lea

d TO

-92

LR64

515

450

103

0.00

010.

508-

Lead

SO

IC, 3

-Lea

d TO

-92,

3-L

ead

TO-2

20, 3

-Lea

d SO

T-89

LR74

525

450

202

0.00

010.

503-

Lead

TO

-92,

3-L

ead

SOT-

89

POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Sw

itchi

ng R

egul

ator

s (B

uck)

Part

#In

put

Volta

ge

Rang

e (V

)O

utpu

t Vol

tage

(V)

Ope

ratin

g Ju

nctio

n Te

mpe

ratu

re

Rang

e (°C

)

Switc

hing

Fr

eque

ncy

(kH

z)

Out

put

Cur

rent

(m

A)Fe

atur

esPa

ckag

es

LX71

67A

3.0

to 5

.50.

6 to

3.3

−10

to +

8530

0024

00Sk

ip-m

ode,

UVL

O, O

V, P

ower

Goo

d8-

pin

2 x

2 DF

NLX

7176

3.0

to 5

.50.

6 to

3.3

0 to

+85

1650

3000

PWM

, 100

% D

uty

Cycle

, UVL

O, O

V, P

ower

Goo

d12

-pin

2 x

2 Q

FNLX

7176

A3.

0 to

5.5

0.6

to 3

.30

to +

8516

5040

00PF

M/P

WM

, 100

% D

uty

Cycle

, UVL

O, O

V, P

ower

Goo

d12

-pin

2 x

2 Q

FNLX

7180

A3.

0 to

5.5

0.6

to 3

.30

to +

8516

5040

00I2 C

Pro

gram

mab

le, P

ower

Sav

e M

ode,

Pow

er G

ood

12-p

in 2

x 2

QFN

LX71

65/7

178

3.0

to 5

.50.

6 to

3.3

0 to

+85

1875

5000

I2 C P

rogr

amm

able,

Pow

er S

ave

Mod

e, P

ower

Goo

d1.

6 x

2 W

LCSP

LX72

19/7

220

2.7

to 5

.50.

6 to

3.3

−40

to +

8512

0060

00I2 C

Pro

gram

mab

le, P

ower

Sav

e M

ode,

Pow

er G

ood

14-p

in 2

x 3

VQ

FNM

CP16

012.

7 to

5.5

0.9V

to V

in−4

0 to

+85

750

500

UVLO

, Aut

o-sw

itchi

ng, L

DO8-

pin

MSO

PM

CP16

022.

7 to

5.5

0.8

to 4

.5−4

0 to

+85

2000

500

PFM

, PW

M a

uto-

switc

hing

, UVL

O, s

oft s

tart,

pow

er g

ood

indi

cato

r10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

1603

2.7

to 5

.50.

8 to

4.0

−40

to +

8520

0050

0O

verte

mpe

ratu

re a

nd o

verc

urre

nt p

rote

ctio

n5-

pin

TSO

T-23

, 8-p

in 2

× 3

DFN

MCP

1612

2.7

to 5

.50.

8 to

5.5

−40

to +

8514

0010

00O

vera

ll effic

iency

> 9

4%, S

oft s

tart,

ove

rtem

pera

ture

and

ove

rcur

rent

pro

tect

ion

8-pi

n M

SOP,

8-p

in 3

× 3

DFN

MIC

2245

2.

7 to

5.5

Adj.

−40

to +

125

4,00

0 50

0 LD

O S

tand

by M

ode

and

Low

Q c

urre

nt10

-pin

3 ×

3 M

LFM

IC23

030

2.7

to 5

.51.

0, 1

.2, 1

.5, 1

.8, A

dj.

−40

to +

125

8,00

0 40

0 Hy

perL

ight

Loa

d® m

ode

6-pi

n 1.

6 ×

1.6

MLF

MIC

2303

12.

7 to

5.5

1.0,

1.2

, 1.5

, 1.8

, Adj

.−4

0 to

+12

54,

000

400

Hype

rLig

ht L

oad

mod

e6-

pin

1.6

× 1.

6 M

LFM

IC23

050

2.7

to 5

.51.

0, 1

.2, 1

.8, 3

.3−4

0 to

+12

54,

000

600

Hype

rLig

ht L

oad

mod

e8-

pin

2 ×

2 M

LF

MIC

2305

12.

7 to

5.5

1–1.

2, 1

–1.8

, 1.1

5–1.

4,

0.95

–1.2

5−4

0 to

+12

54,

000

600

Hype

rLig

ht L

oad

mod

e, v

olta

ge s

calin

g8-

pin

2 ×

2 M

LF

MIC

2315

02.

7 to

5.5

1.0,

1.2

, 1.3

5, 1

.8, 3

.3−4

0 to

+12

54,

000

2,00

0 Hy

perL

ight

Loa

d m

ode

8-pi

n 2

× 2

MLF


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Sw

itchi

ng R

egul

ator

s (B

uck)

Part

#In

put

Volta

ge

Rang

e (V

)O

utpu

t Vol

tage

(V)

Ope

ratin

g Ju

nctio

n Te

mpe

ratu

re

Rang

e (°C

)

Switc

hing

Fr

eque

ncy

(kH

z)

Out

put

Cur

rent

(m

A)Fe

atur

esPa

ckag

es

MIC

2315

32.

7 to

5.5

1.8,

Adj

.−4

0 to

+12

54,

000

2,00

0 Po

wer

Goo

d, H

yppe

rLig

ht L

oad

mod

e10

-pin

2.5

× 2

.5 M

LFM

IC23

155

2.7

to 5

.51.

8, A

dj.

−40

to +

125

3,00

0 2,

000

Pow

er G

ood,

Hyp

perL

ight

Loa

d m

ode

10-p

in 2

.5 ×

2.5

MLF

MIC

2330

32.

7 to

5.5

Adj.

−40

to +

125

4,00

0 3,

000

Pow

er G

ood,

Hyp

perL

ight

Loa

d m

ode

12-p

in 3

× 3

DFN

MIC

2320

12.

7 to

5.5

Adj.

−40

to +

125

2,00

0 2,

000

Pow

er G

ood

12-p

in 3

× 3

DFN

MIC

2202

2.3

to 5

.5Ad

j.−4

0 to

+12

51,

600–

2,50

060

0 10

-pin

MSO

P, 1

0-pi

n 3

× 3

MLF

MIC

2204

2.3

to 5

.5Ad

j.−4

0 to

+12

52,

000

600

10-p

in M

SOP,

10-

pin

3 ×

3 M

LFM

IC22

673

to 5

.5Ad

j.−4

0 to

+12

540

0–1,

500

2,00

0 Po

wer

Goo

d12

-pin

3 ×

3 M

LFM

IC22

072.

7 to

5.5

Adj.

−40

to +

125

2,00

0 3,

000

Pow

er G

ood

12-p

in 3

× 3

MLF

MIC

2208

2.7

to 5

.5Ad

j.−4

0 to

+12

51,

000

3,00

0 Po

wer

Goo

d12

-pin

3 ×

3 M

LFM

IC22

200

2.6

to 5

.5Ad

j.−4

0 to

+12

580

0–1,

200

3,00

0 Po

wer

Goo

d12

-pin

3 ×

3 M

LFM

IC22

400

2.6

to 5

.5Ad

j.−4

0 to

+12

530

0–4,

000

4,00

0 Po

wer

Goo

d12

-pin

3 ×

3 M

LFM

IC22

601

2.6

to 5

.5Ad

j.−4

0 to

+12

54,

000

6,00

0 Po

wer

Goo

d24

-pin

4 ×

4 M

LFM

IC22

602

2.6

to 5

.5Ad

j.−4

0 to

+12

51,

000

6,00

0 Po

wer

Goo

d24

-pin

4 ×

4 M

LFM

IC22

700

2.6

to 5

.5Ad

j.−4

0 to

+12

51,

000

7,00

0 Po

wer

Goo

d24

-pin

4 ×

4 M

LFM

IC22

950

2.6

to 5

.5Ad

j.−4

0 to

+12

540

0–2,

000

10,0

00

Pow

er G

ood

32-p

in 5

× 5

MLF

MCP

1631

14.

4 to

30.

02.

0 to

24.

0−4

0 to

+12

550

010

00PF

M/P

WM

ope

ratio

n, e

nabl

e fu

nctio

n8-

pin

MSO

P, 8

-pin

2 ×

3 T

DFN

MCP

1631

24.

4 to

30.

02.

0 to

24.

0−4

0 to

+12

550

010

00PW

M o

pera

tion,

ena

ble

func

tion

8-pi

n M

SOP,

8-p

in 2

× 3

TDF

NM

CP16

301

4.0

to 3

02.

0 to

15

−40

to +

8550

060

0In

tegr

ated

N-c

hann

el, U

VLO

, Sof

t sta

rt, o

verte

mpe

ratu

re p

rote

ctio

n6-

pin

SOT-

23M

IC24

045

4.5

to 1

90.

64 to

5.2

5−4

0 to

+12

531

0–12

0050

00I2 C

Pro

gram

mab

le, 4

.5V–

19V

Inpu

t, 5A

Ste

p-Do

wn

Conv

erte

r20

-pin

3 ×

3 Q

FNTC

105

2.2

to 1

03.

0, 3

.3, 5

.0−4

0 to

+85

300

1000

Low

pow

er s

hutd

own

mod

e5-

pin

SOT-

23A

MIC

2404

64.

5 to

19

0.7

to 3

.3−4

0 to

+12

540

0–79

050

00Pi

n-Pr

ogra

mm

able,

4.5

V–19

V In

put,

5A S

tep-

Dow

n Co

nver

ter

20-p

in 3

× 3

QFN

MIC

2405

14.

5 to

19

Adj.

−40

to +

125

600

6000

Pow

er G

ood,

Sof

t Sta

rt, A

rchi

tect

ure

Regu

latio

n Sc

hem

e28

-pin

5 ×

6 Q

FNM

IC24

052

4.5

to 1

9Ad

j.−4

0 to

+12

560

060

00Po

wer

Goo

d, S

oft S

tart,

Hyp

erLi

ght L

oad

mod

e28

-pin

5 ×

6 Q

FNM

IC24

053

4.5

to 1

9Ad

j.−4

0 to

+12

560

090

00Po

wer

Goo

d, S

oft S

tart,

Arc

hite

ctur

e Re

gulat

ion

Sche

me

28-p

in 5

× 6

QFN

MIC

2405

44.

5 to

19

Adj.

−40

to +

125

600

9000

Pow

er G

ood,

Sof

t Sta

rt, H

yper

Ligh

t Loa

d m

ode

28-p

in 5

× 6

QFN

MIC

2405

54.

5 to

19

Adj.

−40

to +

125

600

1200

0Po

wer

Goo

d, S

oft S

tart,

Arc

hite

ctur

e Re

gulat

ion

Sche

me

28-p

in 5

× 6

QFN

MIC

2405

64.

5 to

19

Adj.

−40

to +

125

600

1200

0Po

wer

Goo

d, S

oft S

tart,

Hyp

erLi

ght L

oad

mod

e28

-pin

5 ×

6 Q

FNM

IC26

601

4.5

to 2

8Ad

j.−4

0 to

+12

560

060

00Po

wer

Goo

d, S

oft S

tart,

Hyp

er S

peed

Con

trol®

arch

itect

ure

28-p

in 5

× 6

QFN

MIC

2660

34.

5 to

28

Adj.

−40

to +

125

600

6000

Pow

er G

ood,

Sof

t Sta

rt, H

yper

Ligh

t Loa

d m

ode

28-p

in 5

× 6

QFN

MIC

2660

3Z4.

5 to

28

Adj.

−40

to +

125

600

6000

Pow

er G

ood,

Sof

t Sta

rt, H

yper

Ligh

t Loa

d m

ode

28-p

in 5

× 6

QFN

MIC

2690

14.

5 to

28

Adj.

−40

to +

125

600

9000

Pow

er G

ood,

Sof

t Sta

rt, H

yper

Spe

ed C

ontro

l arc

hite

ctur

e28

-pin

5 ×

6 Q

FNM

IC26

903

4.5

to 2

8Ad

j.−4

0 to

+12

560

090

00Po

wer

Goo

d, S

oft S

tart,

Hyp

erLi

ght L

oad

mod

e28

-pin

5 ×

6 Q

FNM

IC26

950

4.5

to 2

6Ad

j.−4

0 to

+12

530

012

000

Soft

Star

t, Ar

chite

ctur

e Re

gulat

ion

Sche

me:

Hyp

er S

peed

Con

trol a

rchit

ectu

re, T

herm

al Sh

utdo

wn

28-p

in 5

× 6

QFN

MIC

2760

04.

5 to

36

Adj.

−40

to +

125

300

7000

Soft

Star

t, Ar

chite

ctur

e Re

gulat

ion

Sche

me:

Hyp

er S

peed

Con

trol a

rchit

ectu

re, T

herm

al Sh

utdo

wn

28-p

in 5

× 6

QFN

MIC

4680

4 to

34

3.3,

5.0

, Adj

.−4

0 to

+12

520

01,

300

8-pi

n SO

ICM

IC46

814

to 3

0Ad

j.−4

0 to

+12

540

02,

000

8-pi

n SO

ICM

IC46

824

to 3

4Ad

j.−4

0 to

+12

520

02,

000

8-pi

n SO

ICM

IC46

844

to 3

0Ad

j.−4

0 to

+12

520

02,

000

8-pi

n SO

ICM

IC46

854

to 3

0Ad

j.−4

0 to

+12

520

03,

000

7-pi

n SP

AKM

CP16

331

4.4

to 5

02.

0 to

24.

0−4

0 to

+12

550

010

00In

tegr

ated

N-c

hann

el, U

VLO

, Sof

t sta

rt, O

verte

mpe

ratu

re P

rote

ctio

n6-

pin

SOT-

23, 8

-pin

2 x

3 T

DFN

MIC

2851

04.

5 to

75

Adj.

−40

to +

125

100–

500

4000

Soft

Star

t, Ar

chite

ctur

e Re

gulat

ion

Sche

me:

Hyp

er S

peed

Con

trol a

rchit

ectu

re, T

herm

al Sh

utdo

wn

28-p

in 5

× 6

QFN

MIC

2851

1-1

4.6

to 6

0Ad

j.−4

0 to

+12

520

0–68

030

00Po

wer

Goo

d, S

oft S

tart,

Hyp

erLi

ght L

oad®

mod

e24

-pin

3 ×

4 F

CQFN

MIC

2851

1-2

4.6

to 6

0Ad

j.−4

0 to

+12

520

0–68

030

00Po

wer

Goo

d, S

oft S

tart,

Hyp

er S

peed

Con

trol a

rchi

tect

ure

24-p

in 3

× 4

FCQ

FNM

IC28

514

4.5

to 7

50.

6 to

32

−40

to +

125

270–

800

5000

Adj.

Soft

Star

t, Po

wer

Goo

d, In

tern

al Co

mpe

nsat

ion,

Ena

ble,

Pre

-bias

Sta

rt Up

32-p

in 6

× 6

VQ

FNM

IC28

515

4.5

to 7

50.

6 to

32

−40

to +

125

270–

800

5000

Selec

tabl

e O

pera

ting

Mod

e, P

ower

Goo

d, In

tern

al Co

mpe

nsat

ion,

Ena

ble,

Pre

-Bias

Sta

rt Up

32-p

in 6

× 6

VQ

FNM

IC28

512-

14.

6 to

70

Adj.

−40

to +

125

200–

680

2000

Pow

er G

ood,

Sof

t Sta

rt, H

yper

Ligh

t Loa

d m

ode

24-p

in 3

× 4

FCQ

FNM

IC28

512-

24.

6 to

70

Adj.

−40

to +

125

200–

680

2000

Pow

er G

ood,

Sof

t Sta

rt, H

yper

Spe

ed C

ontro

l arc

hite

ctur

e24

-pin

3 ×

4 F

CQFN

MIC

2851

3-1

4.6

to 4

5Ad

j.−4

0 to

+12

520

0–68

040

00Po

wer

Goo

d, S

oft S

tart,

Hyp

er S

peed

Con

trol a

rchi

tect

ure

24-p

in 3

× 4

FCQ

FNM

IC28

513-

24.

6 to

45

Adj.

−40

to +

125

200–

680

4000

Pow

er G

ood,

Sof

t Sta

rt, H

yper

Spe

ed C

ontro

l arc

hite

ctur

e24

-pin

3 ×

4 F

CQFN

MIC

4930

2.7

to 5

.5Ad

j.−4

0 to

+12

533

0030

00Po

wer

Goo

d, S

afe

Star

t, Th

erm

al Sh

utdo

wn

and

Curre

nt L

imit

10-p

in 3

× 4

DFN

MIC

4950

2.7

to 5

.5Ad

j.−4

0 to

+12

533

0050

00Po

wer

Goo

d, S

afe

Star

t, Th

erm

al Sh

utdo

wn

and

Curre

nt L

imit

8-pi

n SO

IC, 1

0-pi

n 3

× 4

DFN

MIC

2335

02.

4 to

5.5

0.6

to 3

.3−4

0 to

+12

560

0−30

0030

00Pi

n se

lect

able

Vou

t, 10

0% D

uty

Cyc

le, S

afe

Star

tup,

UVL

O, T

SD, O

CP,

Pow

er G

ood

16-p

in 2

.5 ×

2.5

FTQ

FNM

IC23

356

2.4

to 5

.50.

6 to

3.8

4−4

0 to

+12

560

0−30

0030

00I2 C

pro

gram

mab

le, 1

00%

Dut

y C

ycle

, Saf

e St

artu

p, U

VLO

, TSD

, OC

P, P

ower

Goo

d16

-pin

2.5

× 2

.5 F

TQFN

MIC

2365

02.

4 to

5.5

0.6

to 3

.3−4

0 to

+12

510

00−1

400

6000

(p

ulse

d)Pi

n se

lect

able

Vou

t, 10

0% D

uty

Cyc

le, S

afe

Star

tup,

UVL

O, T

SD, O

CP,

Pow

er G

ood

16-p

in 2

.5 ×

2.5

FTQ

FN


POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Sw

itchi

ng R

egul

ator

s (B

uck)

Part

#In

put

Volta

ge

Rang

e (V

)O

utpu

t Vol

tage

(V)

Ope

ratin

g Ju

nctio

n Te

mpe

ratu

re

Rang

e (°C

)

Switc

hing

Fr

eque

ncy

(kH

z)

Out

put

Cur

rent

(m

A)Fe

atur

esPa

ckag

es

MIC

2365

62.

4 to

5.5

0.6

to 3

.84

−40

to +

125

1000

−140

060

00

(pul

sed)

I2 C p

rogr

amm

able

, 100

% D

uty

Cyc

le, S

afe

Star

tup,

UVL

O, T

SD, O

CP,

Pow

er G

ood

16-p

in 2

.5 ×

2.5

FTQ

FN

POW

ER M

ANAG

EMEN

T: S

ingl

e O

utpu

t Sw

itchi

ng R

egul

ator

s (B

oost

)

Part

#In

put V

olta

ge

Rang

e (V

)O

utpu

t Vo

ltage

(V)

Ope

ratin

g Ju

nctio

n Te

mpe

ratu

re R

ange

(°C

)Sw

itchi

ng

Freq

uenc

y (k

Hz)

Out

put S

witc

h C

urre

nt (m

A)Fe

atur

esPa

ckag

es

MCP

1623

/40.

65 to

5.5

2.0

to 5

.5−4

0 to

+85

500

425

Inte

grat

ed s

ynch

rono

us b

oost

regu

lator

, 0.6

5V s

tart-

up v

olta

ge, s

oft s

tart,

true

load

disc

onne

ct6-

pin

SOT-

23, 8

-pin

(2

× 3

) DFN

MCP

1642

B/D

0.65

to 5

.51.

8 to

5.5

−40

to +

8510

0018

00In

tegr

ated

syn

chro

nous

boo

st re

gulat

or, 0

.65V

sta

rt-up

vol

tage

, sof

t sta

rt, e

nabl

e, p

ower

goo

d ou

tput

, tru

e lo

ad d

iscon

nect

or i

nput

-to-o

utpu

t byp

ass

optio

n8-

pin

MSO

P, 8

-pin

(2

× 3

) DFN

MCP

1625

1/2

0.82

to 5

.51.

8 to

5.5

−40

to +

8550

065

0Tr

ue lo

ad d

iscon

nect

shu

tdow

n (M

CP16

251)

/Inpu

t to

outp

ut b

ypas

s sh

utdo

wn

(MCP

1625

2)6-

pin

SOT-

23, 8

-pin

(2

× 3

) DFN

MCP

1640

/B/

C/D

0.65

to 5

.52.

0 to

5.5

−40

to +

8550

080

0In

tegr

ated

syn

chro

nous

boo

st re

gulat

or, 0

.65V

sta

rt-up

vol

tage

, Sof

t sta

rt, T

rue

load

disc

onne

ct o

r in

put-t

o-ou

tput

byp

ass

optio

n6-

pin

SOT-

23, 8

-pin

(2

× 3

) DFN

MCP

1643

0.5

to 5

.50.

6 to

5.0

−40

to +

8510

0016

00Tr

ue lo

ad d

iscon

nect

, Shu

tdow

n8-

pin

MSO

P, 8

-pin

(2

× 3

) DFN

MCP

1665

2.7

to 5

Up to

32

−40

to +

8550

036

00Pi

n se

lecta

ble

PWM

or P

FM/P

WM

mod

e10

-pin

(2 ×

2) V

QFN

MCP

1663

/42.

4 to

5.5

Up to

32

−40

to +

8550

018

00Hi

gh-e

fficien

cy (u

p to

92%

), fix

ed-fr

eque

ncy,

non-

sync

hron

ous,

300

mV

feed

back

for L

ED d

riving

(M

CP16

64)

5-pi

n SO

T-23

, 8-p

in (2

× 3

) TDF

N

MCP

1661

/22.

4 to

5.5

Up to

32

−40

to +

8550

013

00No

n-sy

nchr

onou

s, S

oft s

tart,

Ena

ble,

300

mV

feed

back

for L

ED d

rivin

g (M

CP16

62)

6-pi

n SO

T-23

, 8-p

in (3

× 3

) TDF

NM

IC21

412.

2 to

14

Up to

22

−40

to +

8533

010

00M

icrop

ower

bos

t con

verte

r with

con

trol s

igna

l inpu

t to

prop

ortio

nally

adj

ust o

utpu

t vol

tage

5-pi

n SO

T-23

MIC

2619

2.8

to 6

.5Up

to 3

5−4

0 to

+12

512

0035

01.

2 M

Hz P

WM

boo

st c

onve

rter w

ith O

VP6-

pin

Thin

SO

T-23

MIC

2290

2.5

to 1

0Up

to 3

4−4

0 to

+12

512

0075

02

mm

× 2

mm

PW

M b

oost

regu

lator

with

inte

rnal

Scho

ttky

diod

e2

× 2

MLF

MIC

2605

/06

4.5

to 2

0Up

to 4

0−4

0 to

+12

512

00/2

000

500

0.5A

, 1.2

MHz

/2 M

Hz w

ide

inpu

t ran

ge b

oost

with

inte

grat

ed s

witc

h an

d Sc

hottk

y di

ode

2 ×

2 M

LFM

IC21

452.

4 to

16

Up to

16

−40

to +

8545

090

0Hi

gh-e

fficien

cy 2

.5W

boo

st c

onve

rter

8-pi

n M

SOP,

3 ×

3 M

LF

MIC

2570

/11.

3 to

15

Up to

36

−40

to +

8520

1100

Two-

cell/s

ingl

e-ce

ll sw

itchi

ng re

gulat

or8-

pin

SOIC

, 8-p

in

MSO

P

MIC

2288

2.5

to 1

0Up

to 3

4−4

0 to

+12

512

0012

001A

1.2

MHz

PW

M b

oost

con

verte

r in

Thin

SO

T-23

and

2 m

m ×

2 m

m M

LF5-

pin

SOT-

23, 2

× 2

M

LFM

IC31

723

to 4

0Up

to 6

5−4

0 to

+85

100

1250

100

kHz

1.25

A sw

itchi

ng re

gulat

ors

with

ena

ble

pin

8-pi

n SO

IC, 8

-pin

DIP

MIC

2295

/96

2.5

to 1

0Up

to 3

4−4

0 to

+12

512

00/6

0012

00Hi

gh p

ower

den

sity

1.2A

boo

st re

gulat

or5-

pin

SOT-

23, 2

× 2

M

LFM

IC26

01/0

24.

5 to

20

Up to

40

−40

to +

125

1200

/200

012

001.

2A, 1

.2 M

Hz/2

MHz

wid

e in

put r

ange

inte

grat

ed s

witc

h bo

ost r

egul

ator

2 ×

2 M

LF

MIC

2250

/51

2.5

to 5

.5Up

to 3

2/27

−40

to +

125

Varia

ble

900

High

-effic

iency

low

EM

I boo

st re

gulat

or w

ith fr

eque

ncy

dith

erin

g5-

pin

SOT-

23, 2

× 2

M

LFM

IC21

723

to 4

0Up

to 6

5−4

0 to

+85

100

1250

100

kHz

1.25

A sw

itchi

ng re

gulat

or w

ith fr

eque

ncy

sync

8-pi

n DI

P, 8

-pin

SO

ICM

IC22

532.

5 to

10

Up to

30

−40

to +

125

1000

3500

3.5A

1 M

Hz h

igh-

efficie

ncy

boos

t reg

ulat

or w

ith O

VP a

nd s

ofts

tart

3 ×

3 M

LFM

IC21

713

to 4

0Up

to 6

5−4

0 to

+85

100

2500

100

kHz

2.5A

sw

itchi

ng re

gulat

orTO

220,

TO

263

MIC

2875

/76

2.5

to 6

Up to

6−4

0 to

+12

520

0048

004.

8A IS

W, s

ynch

rono

us b

oost

regu

lator

with

bi-d

irect

iona

l load

disc

onne

ct2

× 2

Thin

MLF

MIC

2877

2.5

to 5

.5Vi

n to

5.5

V−4

0 to

+12

520

0065

006.

5A IS

W, s

ynch

rono

us b

oost

regu

lator

with

bid

irect

iona

l load

disc

onne

ct2

× 2

FTQ

FN

POW

ER M

ANAG

EMEN

T: M

ultip

le O

utpu

t Sw

itchi

ng R

egul

ator

s

Part

#D

escr

iptio

nIn

put V

olta

ge

Rang

e (V

)N

umbe

r of

O

utpu

tsO

utpu

t Vol

tage

(V)

Ope

ratin

g Te

mpe

ratu

re

Rang

e (°C

)C

ontro

l Sc

hem

eSw

itchi

ng

Freq

uenc

y (k

Hz)

Out

put C

urre

nt (m

A)Fe

atur

esPa

ckag

es

MC

P165

02H

igh-

Perf

orm

ance

PM

IC fo

r SA

MA5

DX/

SAM

9X6

MPU

s2.

9 to

5.5

6Bu

ck1:

1.2

to 3

.7V

Buck

2-4:

06

to

1.85

VLD

Os:

1.2

to 3

.7V

−40

to +

125

PWM

, PF

M,

Hys

t20

00Bu

ck1-

4: 1

A/C

hann

el

LDO

1-2:

300

mA/

Cha

nnel

Hig

h Effi

cien

cy, L

ow Q

uies

cent

Cur

rent

, I2

C, I

nteg

rate

d Po

wer

Seq

uenc

ing

DVS

, M

ulti-

Mod

e O

pera

tion,

Fau

lt M

anag

emen

t an

d Pr

otec

tion

Feat

ures

32-p

in

5 x

5,

VQFN

MIC

4742

2 M

Hz D

ual 2

A In

tegr

ated

Sw

itch

Buck

Re

gulat

or2.

9 to

5.5

2DC

/DC:

0.6

to 5

.5−4

0 to

+12

5PW

M

Mod

e20

00DC

to D

C: 2

,000

/2,0

00 m

AAE

C-Q

100

Gra

de 2

Var

iant a

vaila

ble

16-p

in 3

× 3

MLF

, SSO

P

MIC

4744

4 M

Hz D

ual 2

A In

tegr

ated

Sw

itch

Buck

Re

gulat

or2.

9 to

5.5

2DC

/DC:

0.6

to 5

.5−4

0 to

+12

5PW

M

Mod

e40

00DC

to D

C: 2

,000

/2,0

00 m

A16

-pin

3 ×

3 M

LF, S

SOP


POW

ER M

ANAG

EMEN

T: M

ultip

le O

utpu

t Sw

itchi

ng R

egul

ator

s

Part

#D

escr

iptio

nIn

put V

olta

ge

Rang

e (V

)N

umbe

r of

O

utpu

tsO

utpu

t Vol

tage

(V)

Ope

ratin

g Te

mpe

ratu

re

Rang

e (°C

)C

ontro

l Sc

hem

eSw

itchi

ng

Freq

uenc

y (k

Hz)

Out

put C

urre

nt (m

A)Fe

atur

esPa

ckag

es

MIC

4782

1.8M

Hz

Dual

2A In

tegr

ated

Sw

itch

3 to

6

2DC

/DC:

0.6

to 6

−40

to +

125

PWM

M

ode

1800

DC to

DC:

2,0

00/2

,000

mA

3 ×

3 M

LF

MIC

2238

2.5

MHz

Dua

l Pha

se P

WM

Buc

k Re

gulat

or2.

5 to

5.5

2DC

/DC:

0.8

to 3

.3−4

0 to

+12

5PW

M

Mod

e25

00DC

to D

C: 8

00/8

00 m

AAu

tom

atic

switc

hing

into

light

load

mod

e of

op

erat

ion

3 ×

3 M

LF

MIC

2325

04

MHz

Dua

l Syn

chro

nous

Buc

k Re

gulat

or2.

7 to

5.5

2DC

/DC:

0.8

to 3

.3−4

0 to

+12

5PW

M

Mod

e40

00DC

to D

C: 4

00/4

00 m

AW

ith H

yper

Ligh

t Loa

d® m

ode

2 ×

2 M

LF,

2.5

× 2.

5 M

LF

MIC

2325

44

MHz

Dua

l 400

mA

Sync

hron

ous

Buck

Reg

ulat

or2.

5 to

5.5

21.

0/1.

8−4

0 to

+12

5PW

M

Mod

e40

00DC

to D

C: 4

00/4

00 m

AW

ith L

ow In

put V

olta

ge a

nd H

yper

Ligh

t Loa

d m

ode

2 ×

2 M

LF

MIC

2345

03

MHz

, PW

M, 2

A Tr

iple

Buck

Re

gulat

or2.

7 to

5.5

3DC

/DC:

1.0

to 3

.3−4

0 to

+12

5PW

M

Mod

e30

00DC

to D

C:

2,00

0/2,

000/

2,00

0 m

AW

ith H

yper

Ligh

t Loa

d m

ode

and

Pow

er G

ood

5 ×

5 Q

FN

MIC

2442

02.

5A D

ual O

utpu

t PW

M S

ynch

rono

us

Buck

Reg

ulat

or4.

5 to

15

2DC

/DC:

0.7

to 1

0.5

−40

to +

125

PWM

M

ode

1000

DC to

DC:

2,5

00/2

,500

mA

Pow

er G

ood

and

Soft

Star

t, 18

0° o

ut o

f pha

se

oper

atio

n4

× 4

QFN

MIC

2442

12.

5A D

ual O

utpu

t PW

M S

ynch

rono

us

Buck

Reg

ulat

or4.

5 to

15

2DC

/DC:

0.7

to 1

0.5

−40

to +

125

PWM

M

ode

500

DC to

DC:

2,5

00/2

,500

mA

Pow

er G

ood

and

Soft

Star

t, 18

0° o

ut o

f pha

se

oper

atio

n4

× 4

QFN

MIC

2540

02A

Dua

l Out

put P

WM

Syn

chro

nous

Bu

ck R

egul

ator

4.5

to 1

3.2

2DC

/DC:

0.7

to 9

.4−4

0 to

+12

5PW

M

Mod

e10

00DC

to D

C: 2

,000

/2,0

00 m

A18

0° o

ut o

f pha

se o

pera

tion

4 ×

4 Q

FN

MIC

2315

83

MHz

PW

M D

ual 2

A Bu

ck R

egul

ator

w

ith O

utpu

t Aut

o Di

scha

rge

+ B1

52.

7 to

5.5

2DC

/DC:

1 to

3.3

−40

to +

125

PWM

M

ode

3000

DC to

DC:

2,0

00/2

,000

mA

Hype

rLig

ht L

oad

mod

e, P

ower

Goo

d an

d O

utpu

t Aut

o-Di

scha

rge

3 ×

4 M

LF

MIC

2315

93

MHz

PW

M D

ual 2

A Bu

ck R

egul

ator

2.

7 to

5.5

2DC

/DC:

1 to

3.3

−40

to +

125

PWM

M

ode

3000

DC to

DC:

2,0

00/2

,000

mA

Hype

rLig

ht L

oad

mod

e an

d Po

wer

Goo

d3

× 4

MLF

MIC

2345

13

MHz

, 2A

Trip

le Sy

nchr

onou

s Bu

ck

Regu

lator

2.

7 to

5.5

3DC

/DC:

1 to

3.3

−40

to +

125

PWM

M

ode

3000

DC to

DC:

2,

000/

2,00

0/2,

000

mA

Hype

rLig

ht L

oad

mod

e an

d Po

wer

Goo

d4

× 4

QFN

MIC

2230

Dual

Sync

hron

ous

Step

-Dow

n DC

/DC

Regu

lator

2.5

to 5

.52

DC/D

C: 0

.8 to

3.3

−40

to +

125

PWM

M

ode

2500

DC to

DC:

800

/800

mA

Pow

er G

ood

and

Soft

Star

t3

× 3

MLF

MIC

2306

04

MHz

DC/

DC R

egul

ator

and

LDO

Re

gulat

or

2.7

to 5

.52

DC/D

C Bo

ost:

1.8

to 3

.3DC

/DC

Buck

: 1 to

Bo

ost V

out

−40

to +

125

PWM

M

ode

4000

DC to

DC

Buck

: 600

mA,

LD

O: 3

00 m

AFl

exib

le se

quen

cing

feat

ure

2.5

× 2.

5 M

LF

MIC

2225

2 M

Hz D

C/DC

Con

verte

r with

LDO

2.

7 to

5.5

2DC

/DC:

1.0

to 4

.5

LDO

: 0.8

to 3

.3−4

0 to

+12

5PW

M

Mod

e20

00DC

to D

C Bu

ck: 6

00 m

A,

LDO

: 300

mA

Inde

pend

ent e

nabl

e, >

95%

effic

iency

2 ×

2 M

LF

MIC

2309

9St

ep-U

p/St

ep-D

own

Regu

lator

s w

ith

Batte

ry M

onito

ring

0.85

to 1

.62

DC/D

C: 1

.7 to

2.5

LDO

: 0.8

to 2

.5−4

0 to

+12

5PW

M

Mod

e10

0 Bo

ost,

1000

Buc

kDC

to D

C Bu

ck: 3

0mA,

DC

/DC

Boos

t 200

mA

AA/A

AA B

atte

ry M

onito

ring

2.5

× 2.

5 Q

FN

MIC

2800

2 M

Hz D

C/DC

Con

verte

r with

Tw

o Li

near

Reg

ulat

ors.

PO

R/Po

wer

Goo

d pi

n an

d LO

WQ

Mod

e2.

7 to

5.5

3DC

/DC:

1.8

to 3

.3

LDO

s: 0

.8 to

3.6

−40

to +

125

PWM

M

ode

2000

DC to

DC

Buck

: 600

mA,

LD

O: 3

00/3

00 m

APO

R/Po

wer

Goo

d pi

n an

d LO

WQ

mod

e3

× 3

MLF

MIC

2810

2 M

Hz D

C/DC

Reg

ulat

or w

ith T

wo

Line

ar R

egul

ator

s. L

DO1

has

a se

para

te V

in p

in a

nd c

an e

ither

pos

t-re

gulat

e th

e DC

/DC

conv

erte

r or b

e co

nnec

t dire

ctly

to th

e m

ain in

put

supp

ly. P

OR/

Pow

er G

ood

Pin.

2.7

to 5

.53

DC/D

C: 1

.8 to

3.3

LD

Os:

0.8

to 3

.6−4

0 to

+12

5PW

M

Mod

e20

00DC

to D

C Bu

ck: 6

00 m

A,

LDO

: 300

/300

mA

LDO

1 ha

s a

sepa

rate

VIN

pin

and

can

eith

er

post

-regu

late

the

DC/D

C co

nver

ter

3 ×

3 M

LF

MIC

2811

2 M

Hz 6

00 m

A DC

/DC

Regu

lator

s w

ith

Trip

le 30

0 m

A LD

Os

2.7

to 5

.54

LDO

1/2

: 0.8

to 3

.6LD

O3

: 1.0

to 3

.9−4

0 to

+12

5PW

M

Mod

e20

00DC

to D

C Bu

ck: 6

00 m

A,

LDO

: 300

/300

/300

mA

LDO

1 an

d LD

O2

have

sep

arat

e Vi

n3

× 3

MLF

MIC

2821

2 M

Hz 6

00 m

A DC

/DC

Regu

lator

s w

ith

Trip

le 30

0 m

A LD

Os

2.7

to 5

.54

LDO

1/2

: 0.8

to 3

.6LD

O3

: 1.0

to 3

.9−4

0 to

+12

5PW

M

Mod

e20

00DC

to D

C Bu

ck: 6

00 m

A,

LDO

: 300

/300

/300

mA

Inde

pend

ent e

nabl

e fo

r all f

our r

egul

ator

s.3

× 3

MLF

MIC

2826

Qua

d O

utpu

t PM

IC w

ith H

yper

Light

Lo

ad M

ode

DC/D

C, T

hree

LDO

s an

d I2 C

Con

trol

2.7

to 5

.54

DC/D

C : 0

.8 to

1.8

LDO

s : 0

.8 to

3.3

−40

to +

125

PWM

M

ode

4000

DC to

DC

Buck

: 500

mA,

LD

O: 1

50/1

50/1

50 m

AI2 C

Con

trol a

nd D

ynam

ic Vo

ltage

Sca

ling

3 LD

Os

2.5

× 2.

5 M

LF

MIC

2827

Trip

le O

utpu

t PM

IC w

ith H

yper

Ligh

t Lo

ad M

ode

DC-D

C, T

wo

LDO

s an

d I²C

Con

trol

2.7

to 5

.53

DC/D

C : 0

.8 to

1.8

LDO

s : 0

.8 to

3.3

−40

to +

125

PWM

M

ode

4000

DC to

DC

Buck

: 500

mA,

LD

O: 1

50/1

50 m

AI2 C

Con

trol a

nd D

ynam

ic Vo

ltage

Sca

ling

3 LD

Os

2.5

× 2.

5 M

LF

MIC

7400

Confi

gura

ble

Five

-Cha

nnel

Buck

Re

gulat

or P

lus

One

-Boo

st

2.4

to 5

.56

Buck

s: 0.

8 to

3.3

(C

onfig

urab

le)Bo

ost:

7.0

to 1

4.0

(Con

figur

able)

−40

to +

125

PWM

M

ode

2000

Boo

st,

1300

Buc

ksDC

to D

C Bu

cks:

3,0

00 m

A,

DC/D

C Bo

ost 2

00 m

AHi

ghly

inte

grat

ed c

onfig

urab

le, fe

atur

ing

five

buck

regu

lator

s, o

ne b

oost

regu

lator

and

glo

bal

pow

er g

ood

indi

cato

r 4.

5 ×

4.5

QFN


POW

ER M

ANAG

EMEN

T: M

ultip

le O

utpu

t Sw

itchi

ng R

egul

ator

s

Part

#D

escr

iptio

nIn

put V

olta

ge

Rang

e (V

)N

umbe

r of

O

utpu

tsO

utpu

t Vol

tage

(V)

Ope

ratin

g Te

mpe

ratu

re

Rang

e (°C

)C

ontro

l Sc

hem

eSw

itchi

ng

Freq

uenc

y (k

Hz)

Out

put C

urre

nt (m

A)Fe

atur

esPa

ckag

es

MIC

7401

Confi

gura

ble

Five

-Cha

nnel

Buck

Re

gulat

or P

lus

One

-Boo

st w

ith

Hype

rLig

ht L

oad

mod

e, I2 C

Con

trol,

and

Enab

le2.

4 to

5.5

6Bu

cks :

0.8

to 3

.3

(Con

figur

able)

Boos

t : 7

.0 to

14.

0 (C

onfig

urab

le)−4

0 to

+12

5PW

M

Mod

e20

00 B

oost

, 13

00 B

ucks

DC to

DC

Buck

s: 3

,000

mA,

DC

/DC

Boos

t 200

mA

High

ly int

egra

ted

confi

gura

ble,

feat

uring

five

buck

re

gulat

ors,

one

boo

st re

gulat

or, g

lobal

pow

er

good

indi

cato

r and

ena

ble

pin

4.5

× 4.

5 Q

FN

POW

ER M

ANAG

EMEN

T: C

ombi

natio

n Sw

itchi

ng R

egul

ator

s

Part

#D

escr

iptio

nIn

put V

olta

ge

Rang

e (V

)O

utpu

t Vol

tage

(V)

Ope

ratin

g Te

mp.

Ra

nge

(°C)

Con

trol

Sche

me

Switc

hing

Fr

eque

ncy

(kH

z)Ty

pica

l Act

ive

Cur

rent

(mA)

Out

put C

urre

nt (m

A)Fe

atur

esPa

ckag

es

TC13

03Sy

nchr

onou

s Bu

ck R

egul

ator

, LDO

w

ith P

ower

Goo

d2.

7 to

5.5

DC/D

C: 0

.8 to

4.5

LD

O: 1

.5 to

3.3

−40

to +

85PF

M/P

WM

2000

65/6

00DC

/DC:

500

mA

LDO

: 30

0 m

APF

M/P

WM

aut

o-sw

itchi

ng,

Pow

er g

ood

outp

ut10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

TC13

04Sy

nchr

onou

s Bu

ck R

egul

ator

, LDO

2.7

to 5

.5DC

/DC:

0.8

to 4

.5

LDO

: 1.5

to 3

.3−4

0 to

+85

PFM

/PW

M20

0065

/600

DC/D

C: 5

00 m

A LD

O:

300

mA

PFM

/PW

M a

uto-

switc

hing

, Po

wer

seq

uenc

ing

10-p

in M

SOP,

10-

pin

3 ×

3 DF

N

TC13

13Sy

nchr

onou

s Bu

ck R

egul

ator

, LDO

2.7

to 5

.5DC

/DC:

0.8

to 4

.5

LDO

: 1.5

to 3

.3−4

0 to

+85

PFM

/PW

M20

0065

/600

DC/D

C: 5

00 m

A LD

O:

300

mA

PFM

/PW

M a

uto-

switc

hing

10-p

in M

SOP,

10-

pin

3 ×

3 DF

N

POW

ER M

ANAG

EMEN

T: I

nduc

torle

ss O

fflin

e Sw

itchi

ng R

egul

ator

s

Part

#Vi

n (V

ac)

Adju

stab

le V

ou

t (V)

Fixe

d Vo

ut (

V)Io

ut M

ax. (

mA)

Load

Reg

ulat

ion

(%/m

A)Pa

ckag

es

SR08

680

–285

9.0–

503.

310

00.

025

8-Le

ad S

OIC

with

Hea

t Slu

gSR

087

80–2

859.

0–50

510

00.

017

8-Le

ad S

OIC

with

Hea

t Slu

gSR

1080

–285

6.0–

286.

0, 1

2, 2

460

–8-

Lead

SO

IC

POW

ER M

ANAG

EMEN

T: P

WM

Con

trolle

rs

Part

#Su

ppor

ted

Topo

logi

esSu

ppor

ted

Out

puts

Inpu

t Vol

tage

Ra

nge

(V)

Out

put

Volta

ge (V

)O

pera

ting

Freq

uenc

y (H

z)O

pera

ting

Tem

p.

Rang

e (°C

)Fe

atur

esPa

ckag

es

MIC

2101

Sync

. Buc

k1

4.5

to 3

80.

8 to

24

200k

to 6

00k

−40

to +

125

Hype

rLig

ht L

oad®

mod

e, E

xter

nal C

lock

Syn

c, P

ower

Goo

d, S

oft S

tart,

In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias16

-pin

3 ×

3 M

LF®

MIC

2102

Sync

. Buc

k1

4.5

to 3

80.

8 to

24

200k

to 6

00k

−40

to +

125

Pow

er G

ood,

Sof

t Sta

rt, In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias16

-pin

3 ×

3 M

LF

MIC

2103

Sync

. Buc

k1

4.5

to 7

50.

8 to

24

200k

to 6

00k

−40

to +

125

Hype

rLig

ht L

oad

mod

e, E

xter

nal C

lock

syn

c, P

ower

Goo

d, S

oft S

tart,

In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias16

-pin

3 ×

3 M

LF

MIC

2104

Sync

. Buc

k1

4.5

to 7

50.

8 to

24

200k

to 6

00k

−40

to +

125

Pow

er G

ood,

Sof

t Sta

rt, In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias16

-pin

3 ×

3 M

LF

MIC

2111

BSy

nc. B

uck

13.

3 to

5.5

0.6

to 3

.64

200k

to 2

M−4

0 to

+12

5Po

wer

Goo

d, S

oft S

tart,

Inte

rnal

Volta

ge B

ias, E

nabl

e Pi

n, C

urre

nt

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

3 ×

3 Q

FN

MIC

2124

Sync

. Buc

k1

3.0

to 1

80.

8 to

12

300k

−40

to +

125

Soft

Star

t, In

tern

al Vo

ltage

Bias

10-p

in M

SOP

MIC

2130

Sync

. Buc

k1

8.0

to 4

00.

7 to

24

150k

or 4

00k

−40

to +

125

Pow

er G

ood,

Sof

t Sta

rt, In

tern

al Vo

ltage

Bias

16-p

in e

-TSS

OP,

16-

pin

4 ×

4 M

LFM

IC21

31Sy

nc. B

uck

18.

0 to

40

0.7

to 2

415

0k o

r 400

k−4

0 to

+12

5Po

wer

Goo

d, S

oft S

tart,

Inte

rnal

Volta

ge B

ias16

-pin

e-T

SSO

P, 1

6-pi

n 4

× 4

MLF

MIC

2150

Sync

. Buc

k2

4.5

to 1

4.5

0.7

to 5

.550

0k−4

0 to

+12

5Po

wer

Goo

d, S

oft S

tart,

Inte

rnal

Volta

ge B

ias24

-pin

4 ×

4 M

LFM

IC21

51Sy

nc. B

uck

24.

5 to

14.

50.

7 to

5.5

300k

−40

to +

125

Pow

er G

ood,

Sof

t Sta

rt, In

tern

al Vo

ltage

Bias

24-p

in 4

× 4

MLF

MIC

2155

Sync

. Buc

k1

4.5

to 1

4.5

0.7

to 3

.650

0k−4

0 to

+12

5Ex

tern

al Cl

ock

Sync

, Pow

er G

ood,

Sof

t Sta

rt32

-pin

5 ×

5 M

LFM

IC21

64Sy

nc. B

uck

13.

0 to

28

0.8

to 5

.530

0k, 6

00k,

1M

−40

to +

125

Soft

Star

t, In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias10

-pin

MSO

PM

IC21

64C

Sync

. Buc

k1

3.0

to 2

80.

8 to

5.5

270k

−40

to +

125

Soft

Star

t, In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias10

-pin

MSO

P

MIC

2165

Sync

. Buc

k1

4.5

to 2

80.

8 to

5.5

600k

−40

to +

125

Hype

r Spe

ed C

ontro

l® arc

hite

ctur

e, P

ower

Goo

d, S

oft S

tart,

Inte

rnal

Volta

ge B

ias10

-pin

MSO

P

MIC

2166

Sync

. Buc

k1

4.5

to 2

80.

8 to

5.5

600k

−40

to +

125

Pow

er G

ood,

Sof

t Sta

rt, In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias10

-pin

MSO

PM

IC21

68Sy

nc. B

uck

13.

0 to

14.

50.

8 to

5.5

1.0M

−40

to +

125

Soft

Star

t, In

tern

al Co

mpe

nsat

ion

and

Volta

ge B

ias10

-pin

MSO

PM

IC21

69Sy

nc. B

uck

13.

0 to

14.

50.

8 to

5.5

500k

−40

to +

125

Soft

Star

t, In

tern

al Vo

ltage

Bias

10-p

in M

SOP

MIC

2169

ASy

nc. B

uck

13.

0 to

14.

50.

8 to

5.5

500k

−40

to +

125

Soft

Star

t, In

tern

al Vo

ltage

Bias

10-p

in M

SOP

MIC

2169

BSy

nc. B

uck

13.

0 to

14.

50.

8 to

5.5

500k

−40

to +

125

Soft

Star

t, In

tern

al Vo

ltage

Bias

10-p

in M

SOP


POW

ER M

ANAG

EMEN

T: P

WM

Con

trolle

rs

Part

#Su

ppor

ted

Topo

logi

esSu

ppor

ted

Out

puts

Inpu

t Vol

tage

Ra

nge

(V)

Out

put

Volta

ge (V

)O

pera

ting

Freq

uenc

y (H

z)O

pera

ting

Tem

p.

Rang

e (°C

)Fe

atur

esPa

ckag

es

MIC

2176

Sync

. Buc

k1

4.5

to 7

50.

8 to

24

100k

, 200

k, o

r 300

k−4

0 to

+12

5So

ft St

art,

Inte

rnal

Com

pens

atio

n an

d Vo

ltage

Bias

10-p

in M

SOP

MIC

2182

Sync

. Buc

k1

4.5

to 3

21.

25 to

6.0

300k

−40

to +

85Sk

ip M

ode,

Ext

erna

l Clo

ck S

ync,

Sof

t Sta

rt, In

tern

al Vo

ltage

Bias

16-p

in S

OP.

16-

pin

SSO

PM

IC21

83Sy

nc. B

uck

12.

9 to

14

1.3

to 1

220

0k/4

00k

−40

to +

125

Exte

rnal

Cloc

k Sy

nc, S

oft S

tart,

Inte

rnal

Volta

ge B

ias16

-pin

SO

P. 1

6-pi

n Q

SOP

MIC

2125

Sync

. Buc

k1

4.5

to 2

80.

6 to

24

200k

to 7

50k

−40

to +

125

Hype

rLig

ht L

oad

mod

e, P

ower

Goo

d, S

oft S

tart

(7 m

s), I

nter

nal

Volta

ge B

ias, E

nabl

e Pi

n, C

urre

nt L

imit/

Shor

t Circ

uit P

rote

ctio

n16

-pin

3 ×

3 M

LF

MIC

2126

Sync

. Buc

k1

4.5

to 2

80.

6 to

24

200k

to 7

50k

−40

to +

125

Pow

er G

ood,

Sof

t Sta

rt (7

ms)

, Int

erna

l Vol

tage

Bias

, Ena

ble

Pin,

Cu

rrent

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

16-p

in 3

× 3

MLF

MIC

2128

Sync

. Buc

k1

4.5

to 7

50.

6 to

30

200k

to 8

00k

−40

to +

125

Prog

ram

mab

le so

ft-st

art/f

requ

ency

/cur

rent

-lim

it, In

tern

al co

mpe

nsat

ion

and

volta

ge b

ias

16-p

in 3

× 3

MLF

MIC

2127

ASy

nc. B

uck

14.

5 to

75

0.6

to 3

020

0k to

800

k−4

0 to

+12

5Li

ght l

oad

oper

atio

n, P

rogr

amm

able

frequ

ency

,Cur

rent

Lim

it, S

witc

h ov

er L

DO16

-pin

3 ×

3 M

LF

MIC

2184

Asyn

c. B

uck

12.

9 to

14

1.3

to 1

220

0k/4

00k

−40

to +

125

Exte

rnal

Cloc

k Sy

nc, S

oft S

tart,

Inte

rnal

Volta

ge B

ias16

-pin

SO

P. 1

6-pi

n Q

SOP

MIC

2185

Boos

t, SE

PIC,

Cuk

12.

9 to

14

3.3

to 5

.520

0k/4

00k

−40

to +

85Sk

ip M

ode,

Ext

erna

l Clo

ck S

ync,

Sof

t Sta

rt, In

tern

al Vo

ltage

Bias

16-p

in S

OIC

, 16-

pin

QSO

P

MIC

2186

Boos

t, SE

PIC,

Fly

back

12.

9 to

14

3.3

to 5

.510

0/20

0/40

0k−4

0 to

+85

Skip

Mod

e, E

xter

nal C

lock

Syn

c, S

oft S

tart,

Inte

rnal

Volta

ge B

ias16

-pin

SO

P. 1

6-pi

n Q

SOP

MIC

2193

Sync

. Buc

k1

2.9

to 1

43.

3 to

5.5

400k

−40

to +

125

Inte

rnal

Volta

ge B

ias, U

VLO

8-pi

n SO

ICM

IC21

94As

ync.

Buc

k1

2.9

to 1

43.

3 to

5.5

400k

−40

to +

125

Inte

rnal

volta

ge B

ias, U

VLO

, Cur

rent

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

8-pi

n SO

ICM

IC21

96Bo

ost,

SEPI

C1

2.9

to 1

43.

3 to

5.5

400k

−40

to +

125

Inte

rnal

volta

ge B

ias, U

VLO

, Cur

rent

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

8-pi

n SO

ICM

IC21

98Sy

nc. B

uck

14.

5 to

32

0.8

to 6

.050

0k−4

0 to

+12

5In

tern

al vo

ltage

Bias

, UVL

O, C

urre

nt L

imit/

Shor

t Circ

uit P

rote

ctio

n12

-pin

4 ×

4 M

LFM

IC21

99Bu

ck1

4.5

to 3

20.

8 to

6.0

300k

−40

to +

125

Inte

rnal

volta

ge B

ias, U

VLO

, Cur

rent

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

12-p

in 4

× 4

MLF

MIC

3808

Push

-Pul

l, Ha

lf Br

idge

, Ful

l Brid

ge1

8.3

to 1

5–

Adj.

to 1

M−4

0 to

+85

Soft

Star

t, In

tern

al Vo

ltage

Bias

, UVL

O, C

urre

nt L

imit/

Shor

t Circ

uit

Prot

ectio

n8-

pin

SOP,

8-p

in M

SOP

MIC

3809

Push

-Pul

l, Ha

lf Br

idge

, Ful

l Brid

ge1

4.1

to 1

5–

Adj.

to 1

M−4

0 to

+85

Soft

Star

t, In

tern

al Vo

ltage

Bias

, UVL

O, C

urre

nt L

imit/

Shor

t Circ

uit

Prot

ectio

n8-

pin

SOP,

8-p

in M

SOP

MIC

3838

Push

-Pul

l, Ha

lf Br

idge

, Ful

l Brid

ge1

8.3

to 1

5–

Adj.

to 1

M−4

0 to

+85

Soft

Star

t, In

tern

al Vo

ltage

Bias

, UVL

O, C

urre

nt L

imit/

Shor

t Circ

uit

Prot

ectio

n10

-pin

MSO

P

MIC

3839

Push

-Pul

l, Ha

lf Br

idge

, Ful

l Brid

ge1

4.1

to 1

5–

Adj.

to 1

M−4

0 to

+85

Soft

Star

t, In

tern

al Vo

ltage

Bias

, UVL

O, C

urre

nt L

imit/

Shor

t Circ

uit

Prot

ectio

n10

-pin

MSO

P

MIC

38C4

2Fo

rwar

d, F

lybac

k1

15.5

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in M

SOP,

8-

pin

SOIC

, 14-

pin

SOIC

MIC

38C4

3Fo

rwar

d, F

lybac

k1

9.0

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in M

SOP,

8-

pin

SOIC

, 14-

pin

SOIC

MIC

38C4

4Fo

rwar

d, F

lybac

k1

15.5

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in M

SOP,

8-

pin

SOIC

, 14-

pin

SOIC

MIC

38C4

5Fo

rwar

d, F

lybac

k1

9.0

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in M

SOP,

8-

pin

SOIC

, 14-

pin

SOIC

MIC

38HC

42Fo

rwar

d, F

lybac

k1

15.5

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in S

OIC

, 14

-pin

SO

IC

MIC

38C4

3Fo

rwar

d, F

lybac

k1

9.0

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in M

SOP,

8-

pin

SOIC

, 14-

pin

SOIC

MIC

38C4

4Fo

rwar

d, F

lybac

k1

15.5

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in M

SOP,

8-

pin

SOIC

, 14-

pin

SOIC

MIC

38C4

5Fo

rwar

d, F

lybac

k1

9.0

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in M

SOP,

8-

pin

SOIC

, 14-

pin

SOIC

MIC

38HC

42Fo

rwar

d, F

lybac

k1

15.5

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in S

OIC

, 14

-pin

SO

IC

MIC

38HC

44Fo

rwar

d, F

lybac

k1

15.5

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in S

OIC

, 14

-pin

SO

IC

MIC

38HC

45Fo

rwar

d, F

lybac

k1

9.0

to 2

0–

Adj.

to 5

00k

−40

to +

85Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es8-

pin

PDIP

, 14-

pin

PDIP

, 8-p

in S

OIC

, 14

-pin

SO

ICM

IC91

30Fo

rwar

d, F

lybac

k1

9.0

to 1

80–

Adj.

to 1

.5M

−40

to +

125

Forw

ard,

Flyb

ack

Supp

orte

d To

polo

gies

, Ext

erna

l Clo

ck S

ync

16-p

in S

OIC

, 16-

pin

QSO

PM

IC91

31Fo

rwar

d, F

lybac

k1

9.0

to 1

80–

Adj.

to 1

M−4

0 to

+12

5Fo

rwar

d,Fl

ybac

k Su

ppor

ted

Topo

logi

es, E

xter

nal C

lock

Syn

c16

-pin

SO

IC, 1

6-pi

n Q

SOP

MCP

1630

Flyb

ack,

Boo

st,

SEPI

C, C

uk1

3.0

to 5

.5–

Sync

. to

1M−4

0 to

+12

5Ex

tern

al Cl

ock

Sync

, Cur

rent

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

8-pi

n 2x

3 DF

N, 8

-pin

MSO

P

MCP

1630

VFl

ybac

k, B

oost

, SE

PIC,

Cuk

13.

0 to

5.5

–Sy

nc. t

o 1M

−40

to +

125

Exte

rnal

Cloc

k Sy

nc, C

urre

nt L

imit/

Shor

t Circ

uit P

rote

ctio

n8-

pin

2x3

DFN,

8-p

in M

SOP


POW

ER M

ANAG

EMEN

T: P

WM

Con

trolle

rs

Part

#Su

ppor

ted

Topo

logi

esSu

ppor

ted

Out

puts

Inpu

t Vol

tage

Ra

nge

(V)

Out

put

Volta

ge (V

)O

pera

ting

Freq

uenc

y (H

z)O

pera

ting

Tem

p.

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

1631

Flyb

ack,

Boo

st,

SEPI

C, C

uk1

3.0

to 5

.5–

Sync

. to

2M−4

0 to

+12

5Ex

tern

al Cl

ock

Sync

, Cur

rent

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

20-p

in T

SSO

P, 2

0-pi

n SS

OP,

20

pin

4 ×

4 Q

FN

MCP

1631

VFl

ybac

k, B

oost

, SE

PIC,

Cuk

13.

0 to

5.5

–Sy

nc. t

o 2M

−40

to +

125

Exte

rnal

Cloc

k Sy

nc, C

urre

nt L

imit/

Shor

t Circ

uit P

rote

ctio

n20

-pin

TSS

OP,

20-

SSO

P, 2

0-pi

n 4

× 4

QFN

MCP

1631

HVFl

ybac

k, B

oost

, SE

PIC,

Cuk

13.

5 to

16

–Sy

nc. t

o 2M

−40

to +

125

Exte

rnal

Cloc

k Sy

nc, C

urre

nt L

imit/

Shor

t Circ

uit P

rote

ctio

n20

-pin

TSS

OP,

20-

SSO

P

MCP

1631

VHV

Flyb

ack,

Boo

st,

SEPI

C, C

uk1

3.5

to 1

6–

Sync

. to

2M−4

0 to

+12

5Ex

tern

al Cl

ock

Sync

, Cur

rent

Lim

it/Sh

ort C

ircui

t Pro

tect

ion

20-p

in T

SSO

P, 2

0-SS

OP

MCP

1632

Flyb

ack,

Boo

st,

SEPI

C, C

uk1

3.0

to 6

–30

0k/6

00k

−40

to +

125

Soft

Star

t, In

tern

al Vo

ltage

Bias

, UVL

O, C

urre

nt L

imit/

Shor

t Circ

uit

Prot

ectio

n8-

pin

MSO

P, 8

-pin

2 ×

3 D

FN

MCP

1903

5Sy

nc. B

uck

14.

5 to

30

–30

0k/6

00k

−40

to +

125

Pow

er G

ood,

Sof

t Sta

rt, In

tern

al Vo

ltage

Bias

, UVL

O, C

urre

nt L

imit/

Shor

t Circ

uit P

rote

ctio

n10

-pin

3 ×

3 D

FN

MCP

1633

Flyb

ack,

Boo

st,

SEPI

C, C

uk1

3 to

5.5

-Sy

nc to

2.2

M-4

0 to

+12

5Hi

gh S

peed

Cur

rent

Mod

e, E

asy

to In

terfa

ce w

ith M

CU

16-p

in 3

x 3

mm

QFN

POW

ER M

ANAG

EMEN

T: H

ybrid

PW

M C

ontro

llers

– D

igita

lly E

nhan

ced

Pow

er A

nalo

g

Part

#In

put V

olta

ge

Rang

e (V

)O

utpu

t Vol

tage

(V

)To

polo

gies

Su

ppor

ted

Cha

nnel

sPr

ogra

m M

emor

y Si

ze (k

Wor

ds)

RAM

(b

ytes

)G

PIO

Prod

uct f

eatu

res

inte

grat

ed M

CU

, LD

O, M

OSF

ET d

river

s, 1

0-bi

t AD

C, t

emp

sens

or, u

ser-

confi

gura

ble

oper

atio

n an

d:Pa

ckag

es

MCP

1911

04.

5 to

32

0.5

to 9

0% *

Vin

Sync

. Buc

k1

425

611

Confi

gura

ble

and

dyna

mica

lly c

hang

eabl

e in

tern

al an

alog

com

pens

atio

n ne

twor

k24

-pin

4 ×

4 Q

FN

MCP

1911

14.

5 to

32

0.5

to 9

0% *

Vin

Sync

. Buc

k1

425

614

Confi

gura

ble

and

dyna

mica

lly c

hang

eabl

e in

tern

al an

alog

com

pens

atio

n ne

twor

k an

d a

debu

g in

terfa

ce28

-pin

5 ×

5 Q

FN

MCP

1911

44.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk1

425

68

Exce

llent

regu

latio

n fo

r con

stan

t cur

rent

app

licat

ions

24-p

in 4

× 4

QFN

MCP

1911

54.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk1

425

612

Exce

llent

regu

latio

n fo

r con

stan

t cur

rent

app

licat

ions

and

a d

ebug

inte

rface

28-p

in 5

× 5

QFN

MCP

1911

64.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk1

833

68

Impr

oved

cur

rent

regu

latio

n ac

cura

cy, a

dditio

nal c

ode

spac

e (c

ompa

red

to M

CP19

114

or

MCP

1911

5)24

-pin

4 ×

4 Q

FN

MCP

1911

74.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk1

833

612

Impr

oved

cur

rent

regu

latio

n ac

cura

cy, a

dditio

nal c

ode

spac

e (c

ompa

red

to M

CP19

114

or

MCP

1911

5) a

nd a

deb

ug in

terfa

ce28

-pin

5 ×

5 Q

FN

MCP

1911

84.

5 to

40

0.5

to 9

0% *

Vin

Sync

. Buc

k1

425

611

Confi

gura

ble

and

dyna

mica

lly c

hang

eabl

e in

tern

al an

alog

com

pens

atio

n ne

twor

k24

-pin

4 ×

4 Q

FN

MCP

1911

94.

5 to

40

0.5

to 9

0% *

Vin

Sync

. Buc

k1

425

614

Confi

gura

ble

and

dyna

mica

lly c

hang

eabl

e in

tern

al an

alog

com

pens

atio

n ne

twor

k an

d a

debu

g in

terfa

ce28

-pin

5 ×

5 Q

FN

MCP

1912

24.

5 to

40

0.3

to 1

6Sy

nc. B

uck

14

256

12Em

ulat

ed a

vera

ge c

urre

nt m

ode

cont

rol,

prog

ram

mab

le ga

in fe

edba

ck a

mpl

ifier,

mul

tipha

se o

pera

tion,

im

prov

ed re

gulat

ion

accu

racy

and

cur

rent

mea

sure

men

t acc

urac

y (C

ompa

red

to M

CP19

110/

1/8/

9)24

-pin

4 ×

4 Q

FN

MCP

1912

34.

5 to

40

0.3

to 1

6Sy

nc. B

uck

14

256

16Em

ulat

ed a

vera

ge c

urre

nt m

ode

cont

rol,

prog

ram

mab

le ga

in fe

edba

ck a

mpl

ifier,

mul

tipha

se

oper

atio

n, im

prov

ed re

gulat

ion

accu

racy

and

cur

rent

mea

sure

men

t acc

urac

y (C

ompa

red

to

MCP

1911

0/1/

8/9)

and

a d

ebug

inte

rface

28-p

in 5

× 5

QFN

MCP

1912

44.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk1

425

68

Dual

inde

pend

ent v

olta

ge a

nd c

urre

nt c

ontro

l loop

s all

ow s

eam

less

trans

itions

from

con

stan

t vol

tage

to

con

stan

t cur

rent

regu

latio

n24

-pin

4 ×

4 Q

FN

MCP

1912

54.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk1

425

612

Dual

inde

pend

ent v

olta

ge a

nd c

urre

nt c

ontro

l loop

s all

ow s

eam

less

trans

itions

from

con

stan

t vol

tage

to

con

stan

t cur

rent

regu

latio

n an

d a

debu

g in

terfa

ce28

-pin

5 ×

5 Q

FN

MCP

1921

44.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk2

833

68

Dual

chan

nels,

whi

ch c

an b

e co

nfigu

red

to c

ontro

l tw

o ou

tput

s, o

r one

bi-d

irect

iona

l sys

tem

28-p

in 5

× 5

QFN

MCP

1921

54.

5 to

42

Depe

nden

t on

topo

logy

Boos

t, Fl

ybac

k,

SEPI

C, C

uk2

833

612

Dual

chan

nels,

whi

ch c

an b

e co

nfigu

red

to c

ontro

l tw

o ou

tput

s, o

r one

bi-d

irect

iona

l sys

tem

and

a

debu

g in

terfa

ce32

-pin

5 ×

5 Q

FN


POW

ER M

ANAG

EMEN

T: P

ower

Mod

ules

Part

#In

put V

olta

ge

Rang

e (V

)O

utpu

t Vol

tage

(V)

Ope

ratin

g Te

mp.

Ra

nge

(°C)

Con

trol

Sche

me

Switc

hing

Fr

eque

ncy

(kH

z)Vo

ut M

ax.

(V)

Out

put

Cur

rent

(A)

Feat

ures

Pack

ages

MIC

2830

4-1

4.5

to 7

0Ad

j.−4

0 to

+12

5CO

T60

024

3Hy

perL

ight

Loa

d® Mod

e, P

ower

Goo

d, S

oft S

tart

64-p

in 1

2 ×

12 Q

FNM

IC28

304-

24.

5 to

70

Adj.

−40

to +

125

COT

600

243

Hype

r Spe

ed C

ontro

l® Arc

hite

ctur

e, P

ower

Goo

d, S

oft S

tart

64-p

in 1

2 ×

12 Q

FNM

IC45

205-

14.

5 to

26

Adj.

−40

to +

125

COT

200–

600

5.5

6Hy

perL

ight

Loa

d M

ode,

Pow

er G

ood,

Sof

t Sta

rt52

-pin

8 ×

8 Q

FNM

IC45

205-

24.

5 to

26

Adj.

−40

to +

125

COT

200–

600

5.5

6Hy

per S

peed

Con

trol A

rchi

tect

ure,

Pow

er G

ood,

Sof

t Sta

rt52

-pin

8 ×

8 Q

FNM

IC45

208-

14.

5 to

26

Adj.

−40

to +

125

COT

200–

600

5.5

10Hy

perL

ight

Loa

d M

ode,

Pow

er G

ood,

Sof

t Sta

rt52

-pin

10

× 10

QFN

MIC

4520

8-2

4.5

to 2

6Ad

j.−4

0 to

+12

5CO

T20

0–60

05.

510

Hype

r Spe

ed C

ontro

l Arc

hite

ctur

e, P

ower

Goo

d, S

oft S

tart

52-p

in 1

0 ×

10 Q

FNM

IC45

212-

14.

5 to

26

Adj.

−40

to +

125

COT

200–

600

5.5

14Hy

perL

ight

Loa

d M

ode,

Pow

er G

ood,

Sof

t Sta

rt64

-pin

12

× 12

QFN

MIC

4521

2-2

4.5

to 2

6Ad

j.−4

0 to

+12

5CO

T20

0–60

05.

514

Hype

r Spe

ed C

ontro

l Arc

hite

ctur

e, P

ower

Goo

d, S

oft S

tart

64-p

in 1

2 ×

12 Q

FNM

IC33

030

2.7

to 5

.51.

2, 1

.8, A

dj.

−40

to +

125

PWM

8,

000

3.6

0.4

Hype

rLig

ht L

oad

Mod

e10

-pin

2.5

× 2

.0 M

LF®

MIC

3305

02.

7 to

5.5

1.0,

1.2

, 1.8

, 3.3

, Adj

.−4

0 to

+12

5PW

M

4,00

03.

30.

6Hy

perL

ight

Loa

d M

ode

12-p

in 3

× 3

MLF

MIC

3315

32.

7 to

5.5

1.2,

Adj

.−4

0 to

+12

5PW

M

4,00

03.

61.

2Hy

perL

ight

Loa

d M

ode,

Pow

er G

ood,

Sof

t Sta

rt14

-pin

3 ×

3.5

MLF

MIC

3385

2.7

to 5

.51.

5, A

dj.

−40

to +

125

PWM

8,

000

5.5

0.6

Low

Q14

-pin

3 ×

3.5

MLF

MIC

33M

650

2.4

to 5

.5Pi

n Se

lecta

ble

−40

to +

125

COT

1000

–250

03.

846

Hype

rLig

ht L

oad,

Mee

t CIS

PR 3

2 cla

ss B

spe

cifica

tions

53-p

in 6

× 1

0 ×

3 m

m th

in B

1QFN

MIC

33M

656

2.4

to 5

.5I2 C

Con

figur

able

−40

to +

125

COT

1000

–250

03.

846

Hype

rLig

ht L

oad,

Mee

t CIS

PR 3

2 cla

ss B

spe

cifica

tions

53-p

in 6

× 1

0 ×

3 m

m th

in B

1QFN

MIC

2830

3-1

4.5

to 5

0Ad

j.−4

0 to

+12

5CO

T60

024

3Hy

perL

ight

Loa

d M

ode,

Pow

er G

ood,

Sof

t Sta

rt64

-pin

12

× 12

QFN

MIC

2830

3-2

4.5

to 5

0Ad

j.−4

0 to

+12

5CO

T60

024

3Hy

per S

peed

Con

trol A

rchi

tect

ure,

Pow

er G

ood,

Sof

t Sta

rt64

-pin

12

× 12

QFN

MIC

4511

6-1

4.5

to 2

0Ad

j.−4

0 to

+12

5CO

T60

017

6Hy

perL

ight

Loa

d M

ode,

Pow

er G

ood,

Sof

t Sta

rt52

-pin

8 ×

8 Q

FNM

IC45

116-

24.

5 to

20

Adj.

−40

to +

125

COT

600

176

Hype

r Spe

ed C

ontro

l Arc

hite

ctur

e, P

ower

Goo

d, S

oft S

tart

52-p

in 8

× 8

QFN

MIC

4540

44.

5 to

19

Selec

tabl

e−4

0 to

+12

5Fi

xed

400–

790

3.3

5Po

wer

Goo

d, S

oft S

tart

64-p

in 6

× 1

0 Q

FN

POW

ER M

ANAG

EMEN

T: C

harg

e Pu

mp

DC

-to-

DC

Con

verte

rs

Part

#C

onfig

urat

ion

Inpu

t Vol

tage

Ra

nge

(V)

Out

put

Volta

ge (V

)Ty

pica

l Out

put

Cur

rent

(mA)

Switc

hing

Fr

eque

ncy

(kH

z)

Supp

ly C

urre

nt (I

s,

float

ing

outp

ut µ

A,

25°C

)

Out

put R

esis

tanc

e (Ω

, at t

ypic

al o

utpu

t cu

rrent

, 25°

C)

Pow

er

Con

vers

ion

Effici

ency

(%)

Feat

ures

Pa

ckag

es

Inve

rting

or D

oubl

ing

Cha

rge

Pum

ps

TC68

2In

verte

d do

ublin

g2.

4 to

5.5

−2*V

in10

1218

514

092

% a

t 2.5

mA

–8-

pin

SOIC

and

8-p

in P

DIP

TC12

40A

Doub

ling

2.5

to 5

2*Vi

n20

8055

012

94%

at 5

mA

Shut

dow

n6-

pin

SOT-

23

TC76

60S

Inve

rting

or d

oubl

ing

1.5

to 1

2−V

in o

r 2* V

in20

10 o

r 45

8060

98%

at 1

mA

Boos

t pin

incr

ease

s sw

itchi

ng fr

eque

ncy

8-pi

n SO

IC a

nd 8

-pin

PDI

P

TC76

60H

Inve

rting

or d

oubl

ing

1.5

to 1

0−V

in o

r 2* V

in20

120

1000

5585

% a

t 10

mA

High

-vol

tage

osc

illato

r8-

pin

SOIC

and

8-p

in P

DIP

TC76

62B

Inve

rting

or d

oubl

ing

1.5

to 1

5−V

in o

r 2* V

in20

10 o

r 35

8065

96%

at 1

mA

Boos

t pin

incr

ease

s sw

itchi

ng fr

eque

ncy

8-pi

n SO

IC a

nd 8

-pin

PDI

P

TC76

62A

Inve

rting

or d

oubl

ing

3 to

18

−Vin

or 2

* Vin

4012

190

5097

% a

t 7.5

mA

No lo

w-v

olta

ge te

rmin

al re

quire

d8-

pin

PDIP

TC96

2In

verti

ng o

r dou

blin

g3

to 1

8−V

in o

r 2* V

in80

12 o

r 24

190

3597

% a

t 7.5

mA

Boos

t pin

incr

ease

s sw

itchi

ng fr

eque

ncy

16-p

in S

OIC

, 8-p

in P

DIP

Regu

late

d C

harg

e Pu

mps

MCP

1256

Regu

lated

1.8

to 3

.63.

310

065

023

00N/

A85

% a

t 50

mA

Soft

star

t, sh

utdo

wn,

pow

er g

ood

signa

l an

d sle

ep m

ode

10-p

in M

SOP

and

10-p

in

3 ×

3 DF

N

MCP

1257

Regu

lated

1.8

to 3

.63.

310

065

023

00N/

A85

% a

t 50

mA

Soft

star

t, sh

utdo

wn,

low

bat

tery

war

ning

sig

nal,

and

sleep

mod

e10

-pin

MSO

P an

d 10

-pin

3

× 3

DFN

MCP

1258

Regu

lated

1.8

to 3

.63.

310

065

023

00N/

A85

% a

t 50

mA

Soft

star

t, sh

utdo

wn,

pow

er g

ood

signa

l an

d by

pass

mod

e10

-pin

MSO

P an

d 10

-pin

3

× 3

DFN

MCP

1259

Regu

lated

1.8

to 3

.63.

310

065

023

00N/

A85

% a

t 50

mA

Soft

star

t, sh

utdo

wn,

low

bat

tery

war

ning

sig

nal,

and

bypa

ss m

ode

10-p

in M

SOP

and

10-p

in

3 ×

3 DF

N

MCP

1252

Regu

lated

2.0

to 5

.53.

3, 5

.0, o

r ad

just

able

150

650

60N/

A81

% a

t 10

mA

Shut

dow

n, p

ower

goo

d, re

gulat

ed o

utpu

t, ad

just

able

vers

ion

8-pi

n M

SOP

MCP

1253

Regu

lated

2.0

to 5

.53.

3, 5

.0, o

r ad

just

able

150

1000

60N/

A81

% a

t 10

mA

Shut

dow

n, p

ower

goo

d, re

gulat

ed o

utpu

t, ad

just

able

vers

ion

8-pi

n M

SOP


POW

ER M

ANAG

EMEN

T: C

PU/S

yste

m S

uper

viso

rs

Part

#Ty

peW

atch

dog

Tim

erM

anua

l Re

set

Pow

er

Fail

Ope

ratin

g Te

mp.

Ran

ge

(°C)

Vcc

Rang

e (V

)N

omin

al R

eset

Vol

tage

(V)

Rese

t Typ

eO

utpu

tTy

pica

l Res

et

Puls

e W

idth

(m

s)

Typi

cal

Supp

ly

Cur

rent

(μA)

Pack

ages

MCP

100

Supe

rviso

r–

––

−40

to +

851.

0–5.

52.

7, 3

, 3.1

5, 4

.5, 4

.6, 4

.75,

4.8

5Ac

tive

Low

Push

-Pul

l35

045

3-pi

n SO

T-23

, 3-p

in T

O-9

2M

CP10

1 Su

perv

isor

––

–−4

0 to

+85

1.0–

5.5

2.7,

3, 3

.15,

4.5

, 4.6

, 4.7

5, 4

.85

Activ

e Hi

ghPu

sh-P

ull

350

453-

pin

SOT-

23, 3

-pin

TO

-92

MCP

102

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

1.95

(I-T

emp)

, 2.4

, 2.7

, 3, 3

.15,

4.5

, 4.

75Ac

tive

Low

Push

-Pul

l12

01

3-pi

n SC

-70,

3-p

in SO

T-23

, 8-

pin

SOIC

150

mil,

3-pi

n TO

-92

MCP

103

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

1.95

(I-T

emp)

, 2.4

, 2.7

, 3, 3

.15,

4.5

, 4.

75Ac

tive

Low

Push

-Pul

l12

01

3-pi

n SC

-70,

3-p

in S

OT-

23

MCP

120

Supe

rviso

r–

––

−40

to +

851.

0–5.

52.

7, 3

, 3.1

5, 4

.5, 4

.6, 4

.75,

4.8

5Ac

tive

Low

Ope

n-Dr

ain35

045

3-pi

n SO

T-23

, 8-p

in S

OIC

150

m

il, 3-

pin

TO-9

2

MCP

121

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

1.95

(I-T

emp)

, 2.4

, 2.7

, 3, 3

.15,

4.5

, 4.

75Ac

tive

Low

Ope

n-Dr

ain12

01

3-pi

n SC

-70,

3-p

in S

OT-

23,

8-pi

n SO

IC 1

50 m

il, 3-

pin

TO-9

2

MCP

130

Supe

rviso

r–

––

−40

to +

851.

0–5.

52.

7, 3

, 3.1

5, 4

.5, 4

.6, 4

.75,

4.8

5Ac

tive

Low

Ope

n-Dr

ain35

045

3-pi

n SO

T-23

, 8-p

in S

OIC

150

m

il, 3-

pin

TO-9

2

MCP

131

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

1.95

(I-T

emp)

, 2.4

, 2.7

, 3, 3

.15,

4.5

, 4.

75Ac

tive

Low

Ope

n-Dr

ain12

01

3-pi

n SC

-70,

3-p

in S

OT-

23,

8-pi

n SO

IC 1

50 m

il, 3-

pin

TO-9

2

MCP

1316

Su

perv

isor

üü

–−4

0 to

+12

51.

0–5.

52.

9, 4

.6,

(2.0

-2.4

V=I-T

emp,

2.4

-4.7

=Ext

) Ac

tive

Low

Push

-Pul

l20

01

5-pi

n SO

T-23

MCP

1316

M

Supe

rviso

rü

ü–

−40

to +

125

1.0–

5.5

2.9,

4.6

, (2

.0-2

.4V=

I-Tem

p, 2

.4-4

.7=E

xt)

Activ

e Lo

wO

pen-

Drain

200

15-

pin

SOT-

23

MCP

1317

Su

perv

isor

üü

–−4

0 to

+12

51.

0–5.

52.

9, 4

.6,

(2.0

-2.4

V=I-T

emp,

2.4

-4.7

=Ext

) Ac

tive

High

Push

-Pul

l20

01

5-pi

n SO

T-23

MCP

1318

Su

perv

isor

ü–

–−4

0 to

+12

51.

0–5.

52.

9, 4

.6,

(2.0

-2.4

V=I-T

emp,

2.4

-4.7

=Ext

) A

ctive

Low

/Hig

h or

Hig

h/Lo

wDu

al O

utpu

t Ope

n-Dr

ain a

nd/o

r Pus

h-Pu

ll20

01

5-pi

n SO

T-23

MCP

1318

M

Supe

rviso

rü

––

−40

to +

125

1.0–

5.5

2.9,

4.6

, (2

.0-2

.4V=

I-Tem

p, 2

.4-4

.7=E

xt)

Act

ive L

ow/H

igh

or H

igh/

Low

Dual

Out

put O

pen-

Drain

and

/or P

ush-

Pull

200

15-

pin

SOT-

23

MCP

1319

Su

perv

isor

–ü

–−4

0 to

+12

51.

0–5.

52.

9, 4

.6,

(2.0

-2.4

V=I-T

emp,

2.4

-4.7

=Ext

) A

ctive

Low

/Hig

h or

Hig

h/Lo

wDu

al O

utpu

t Ope

n-Dr

ain a

nd/o

r Pus

h-Pu

ll20

01

5-pi

n SO

T-23

MCP

1319

M

Supe

rviso

r–

ü–

−40

to +

125

1.0–

5.5

2.9,

4.6

, (2

.0-2

.4V=

I-Tem

p, 2

.4-4

.7=E

xt)

Act

ive L

ow/H

igh

or H

igh/

Low

Dual

Out

put O

pen-

Drain

and

/or P

ush-

Pull

200

15-

pin

SOT-

23

MCP

1320

Su

perv

isor

üü

–−4

0 to

+12

51.

0–5.

52.

9, 4

.6, (

2.0–

2.4V

=I-T

emp,

2.

4–4.

7=Ex

t) Ac

tive

Low

Ope

n-Dr

ain20

01

5-pi

n SO

T-23

MCP

1321

Su

perv

isor

ü–

–−4

0 to

+12

51.

0–5.

52.

9, 4

.6, (

2.0–

2.4V

=I-T

emp,

2.

4–4.

7=Ex

t) A

ctive

Low

/Hig

h or

Hig

h/Lo

wDu

al O

utpu

t Ope

n-Dr

ain a

nd/o

r Pus

h-Pu

ll20

01

5-pi

n SO

T-23

MCP

1322

Su

perv

isor

–ü

–−4

0 to

+12

51.

0–5.

52.

9, 4

.6, (

2.0–

2.4V

=I-T

emp,

2.

4–4.

7=Ex

t) A

ctive

Low

/Hig

h or

Hig

h/Lo

wDu

al O

utpu

t Ope

n-Dr

ain a

nd/o

r Pus

h-Pu

ll20

01

5-pi

n SO

T-23

MCP

809

Supe

rviso

r–

––

−40

to +

851.

0–5.

52.

7, 3

.0, 3

.15,

4.5

, 4.6

, 4.7

5, 4

.85

Activ

e Lo

wPu

sh-P

ull

350

453-

pin

SOT-

23M

CP81

0 Su

perv

isor

––

–−4

0 to

+85

1.0–

5.5

2.7,

3.0

, 3.1

5, 4

.5, 4

.6, 4

.75,

4.8

5Ac

tive

High

Push

-Pul

l35

045

3-pi

n SO

T-23

TC12

32

Supe

rviso

rü

ü–

−40

to +

854.

5–5.

54.

5, 4

.75

Act

ive L

ow/H

igh

or H

igh/

Low

Dual

Out

put O

pen-

Drain

and

/or P

ush-

Pull

610

508-

pin

PDIP

, 16-

pin

SOIC

300

m

il, 8-

pin

SOIC

150

mil

TC12

70A

Supe

rviso

r–

ü–

−40

to +

125

1.0–

5.5

2.7,

3, 3

.15,

4.5

, 4.7

5Ac

tive

Low

Push

-Pul

l28

07

4-pi

n SO

T-14

3, 5

-pin

SO

T-23

TC12

70AN

Su

perv

isor

–ü

–−4

0 to

+12

51.

0–5.

52.

7, 3

, 3.1

5, 4

.5, 4

.75

Activ

e Lo

wO

pen-

Drain

280

74-

pin

SOT-

143,

5-p

in S

OT-

23TC

1271

A Su

perv

isor

–ü

–−4

0 to

+12

51.

0–5.

52.

7, 3

, 3.1

5, 4

.5, 4

.75

Activ

e Hi

ghPu

sh-P

ull

280

74-

pin

SOT-

143,

5-p

in S

OT-

23

TC12

72A

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

4.50

, 4.2

5, 3

.89,

3.0

0, 2

.85,

2.5

5,

2.25

Activ

e Lo

wPu

sh-P

ull

140

123-

pin

SOT-

23

TC32

M

Supe

rviso

rü

––

−40

to +

854.

5–5.

54.

25Ac

tive

Low

Ope

n-Dr

ain50

050

3-pi

n TO

-92,

3-p

in S

OT-

223

TCM

809

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

4.50

, 4.2

5, 3

.89,

3.0

0, 2

.85,

2.5

5,

2.25

Activ

e Lo

wPu

sh-P

ull

140

123-

pin

SC-7

0, 3

-pin

SO

T-23

TCM

810

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

4.50

, 4.2

5, 3

.89,

3.0

0, 2

.85,

2.5

5,

2.25

Activ

e Hi

ghPu

sh-P

ull

140

123-

pin

SC-7

0, 3

-pin

SO

T-23

MIC

705

Supe

rviso

rü

üü

−40

to +

851.

5–5.

54.

65Ac

tive

Low

Push

-Pul

l14

030

8-pi

n SO

ICM

IC70

6Su

perv

isor

üü

ü−4

0 to

+85

1.5–

5.5

4.4

Activ

e Lo

wPu

sh-P

ull

140

308-

pin

SOIC

MIC

707

Supe

rviso

r–

–ü

−40

to +

851.

5–5.

54.

65 A

ctive

Low

/Hig

h or

Hig

h/Lo

wPu

sh-P

ull

140

308-

pin

SOIC


POW

ER M

ANAG

EMEN

T: C

PU/S

yste

m S

uper

viso

rs

Part

#Ty

peW

atch

dog

Tim

erM

anua

l Re

set

Pow

er

Fail

Ope

ratin

g Te

mp.

Ran

ge

(°C)

Vcc

Rang

e (V

)N

omin

al R

eset

Vol

tage

(V)

Rese

t Typ

eO

utpu

tTy

pica

l Res

et

Puls

e W

idth

(m

s)

Typi

cal

Supp

ly

Cur

rent

(μA)

Pack

ages

MIC

708

Supe

rviso

r–

–ü

−40

to +

851.

5–5.

54.

4 A

ctive

Low

/Hig

h or

Hig

h/Lo

wPu

sh-P

ull

140

308-

pin

SOIC

MIC

803

Supe

rviso

r–

––

−40

to +

125

1.0–

5.5

2.63

, 2.9

3, 3

.00,

3.0

8, 4

.00,

4.1

0,

4.38

, 4.6

3Ac

tive

Low

Ope

n-Dr

ain20

/140

/110

05

3-pi

n SO

T23,

3-p

in S

C70

MIC

809

Supe

rviso

r–

––

−40

to +

851.

4–5.

52.

63, 2

.93,

3.0

8, 4

.00,

4.3

8, 4

.63

Activ

e Lo

wPu

sh-P

ull

140

53-

pin

SOT2

3, 3

-pin

SC7

0M

IC80

9-5

Supe

rviso

r–

ü–

−40

to +

125

1.4–

5.5

2.93

Activ

e Lo

wPu

sh-P

ull

300

3-pi

n SO

T23,

3-p

in S

C70

MIC

810

Supe

rviso

r–

––

−40

to +

851.

4–5.

52.

63, 2

.93,

3.0

8, 4

.00,

4.3

8, 4

.63

Act

ive L

ow/H

igh

or H

igh/

Low

Push

-Pul

l14

05

3-pi

n SO

T23,

3-p

in S

C70

MIC

811

Supe

rviso

r–

ü–

−40

to +

851.

4–5.

52.

63, 2

.93,

3.0

8, 4

.00,

4.3

8, 4

.63

Activ

e Lo

wPu

sh-P

ull

140

5SO

T143

MIC

812

Supe

rviso

r–

ü–

−40

to +

851.

4–5.

52.

63, 2

.93,

3.0

8, 4

.00,

4.3

8, 4

.63

Act

ive L

ow/H

igh

or H

igh/

Low

Push

-Pul

l14

05

SOT1

43

MIC

1810

Supe

rviso

r–

––

−40

to +

851.

5–5.

54.

12, 4

.37,

4.6

2Ac

tive

Low

Push

-Pul

l10

05

3-pi

n SO

T23

MIC

1815

Supe

rviso

r–

––

−40

to +

851.

5–5.

52.

55, 2

.88

Activ

e Lo

wPu

sh-P

ull

100

53-

pin

SOT2

3

MIC

1232

Supe

rviso

rü

––

−40

to +

854.

5–5.

54.

37, 4

.62

Act

ive L

ow/H

igh

or H

igh/

Low

Push

-Pul

l25

018

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

1832

Supe

rviso

rü

ü–

−40

to +

851.

4–5.

52.

55, 2

.88

Act

ive L

ow/H

igh

or H

igh/

Low

Push

-Pul

l25

015

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

2755

Supe

rviso

r–

ü–

−40

to +

851.

5–5.

51.

24Ac

tive

Low

Ope

n-Dr

ain70

02

8-pi

n M

SOP

MIC

2775

Supe

rviso

r–

ü–

−40

to +

851.

5–5.

51.

69, 2

.25,

2.3

4, 2

.53,

2.6

7, 2

.81,

2.

93, 3

.09,

4.4

3, 4

.68

Act

ive L

ow/H

igh

or H

igh/

Low

Push

-Pul

l14

05

5-pi

n SO

T23

MIC

2776

NSu

perv

isor

–ü

–−4

0 to

+85

1.5–

5.5

0.3

Activ

e Lo

wO

pen-

Drain

140

35-

pin

SOT2

3M

IC27

76H

Supe

rviso

r–

ü–

−40

to +

851.

5–5.

50.

3Ac

tive

High

Push

-Pul

l14

03

5-pi

n SO

T23

MIC

2776

LSu

perv

isor

–ü

–−4

0 to

+85

1.5–

5.5

0.3

Activ

e Lo

wPu

sh-P

ull

140

35-

pin

SOT2

3M

IC27

78Su

perv

isor

––

–−4

0 to

+85

1.5–

5.5

1.24

with

adj

usta

ble

hyst

eres

isAc

tive

Low

Ope

n-Dr

ain14

01

5-pi

n SO

T23

MIC

2779

HSu

perv

isor

––

–−4

0 to

+85

1.5–

5.5

1.24

with

adj

usta

ble

hyst

eres

isAc

tive

High

Push

-Pul

l14

01

5-pi

n SO

T23

MIC

2779

LSu

perv

isor

––

–−4

0 to

+85

1.5–

5.5

1.24

with

adj

usta

ble

hyst

eres

isAc

tive

Low

Push

-Pul

l14

01

5-pi

n SO

T23

MIC

2785

Supe

rviso

r–

ü–

−40

to +

851.

5–5.

51.

62Ac

tive

Low

Push

-Pul

l0.

025

56-

pin

1.2

× 1.

2 Q

FN

MIC

6315

Supe

rviso

r–

ü–

−40

to +

851.

4–5.

52.

63, 2

.93,

3.0

0, 3

.08,

4.0

0, 4

.10,

4.

38, 4

.63

Activ

e Lo

wO

pen-

Drain

20/1

40/1

100

54-

pin

SOT1

43

MIC

8114

Supe

rviso

r–

ü–

−40

to +

851.

0–5.

53.

08Ac

tive

Low

Push

-Pul

l79

05

4-pi

n SO

T143

MIC

8115

Supe

rviso

r–

ü–

−40

to +

851.

0–5.

53.

08Ac

tive

Low

Push

-Pul

l11

005

4-pi

n SO

T143

MIC

826

Supe

rviso

rü

ü–

−40

to +

125

1.0–

5.5

1.66

5, 2

.188

, 2.3

15, 2

.625

, 2.9

25,

3.07

5, 4

.375

, 4.6

25 A

ctive

Low

/Hig

h or

Hig

h/Lo

wPu

sh-P

ull

140

46-

pin

1.6

× 1.

6 DF

N

MIC

706P

/R/

S/T

Supe

rviso

rü

üü

−40

to +

851.

5–5.

52.

63, 2

.93,

3.0

8Ac

tive

Low

Push

-Pul

l14

030

8-pi

n SO

IC

MIC

708P

/R/

S/T

Supe

rviso

r–

–ü

−40

to +

851.

5–5.

52.

63, 2

.93,

3.0

8 A

ctive

Low

/Hig

h or

Hig

h/Lo

wPu

sh-P

ull

140

308-

pin

SOIC

TC51

De

tect

or–

––

−40

to +

850.

7–10

2.94

, 2.6

5, 2

.16

(1.6

-6V)

Activ

e Lo

wO

pen-

Drain

502

3-pi

n SO

T-23

A

TC54

De

tect

or–

––

−40

to +

850.

7–10

4.21

, 4.1

2, 2

.94,

2.8

4, 2

.65,

2.0

6,

1.37

(1.4

-6V)

Activ

e Lo

wCM

OS

Push

-Pul

l or

Ope

n dr

ain0

13-

pin

SOT-

89, 3

-pin

TO-9

2,

5-pi

n SO

T-23

, 3-p

in SO

T-23

A

MCP

111

Dete

ctor

––

–−4

0 to

+12

51.

0–5.

51.

87(It

emp)

, 2.2

9, 2

.59,

2.8

6, 2

.87,

3.

03, 4

.31,

4.5

6Ac

tive

Low

Ope

n-Dr

ain0

13-

pin

SC-7

0, 3

-pin

SO

T-89

, 3-

pin

SOT-

23, 3

-pin

TO

-92

MCP

112

Dete

ctor

––

–−4

0 to

+12

51.

0–5.

51.

87(It

emp)

, 2.2

9, 2

.59,

2.8

6, 2

.87,

3.

03, 4

.31,

4.5

6Ac

tive

Low

Push

-Pul

l0

13-

pin

SC-7

0, 3

-pin

SO

T-89

, 8-

pin

PDIP

, 3-p

in S

OT-

23,

3-pi

n TO

-92

TC52

De

tect

or–

––

−40

to +

851.

5–10

4.41

, 2.6

5 (1

.5-5

V)Ac

tive

Low

Ope

n-Dr

ain0

35-

pin

SOT-

23

TC53

De

tect

or–

––

−40

to +

851.

5–10

2.84

, 2.6

5, 2

.16

(1.6

-6V,

7V)

Activ

e Lo

wCM

OS

Push

-Pul

l or

Ope

n dr

ain0

25-

pin

SOT-

23

MIC

2772

Dual

–ü

–−4

0 to

+85

1.0–

5.5

2.93

, 3.0

8, 4

.38,

4.6

3Ac

tive

Low

Ope

n-Dr

ain20

/140

/110

010

8-pi

n 2

× 2

MLF

MIC

2774

NDu

al–

ü–

−40

to +

851.

5–5.

51.

69, 2

.25,

2.3

4, 2

.53,

2.6

7, 2

.81,

2.

93, 3

.09,

4.4

3, 4

.68

Activ

e Lo

wO

pen-

Drain

140

3.5

5-pi

n SO

T23

MIC

2774

HDu

al–

ü–

−40

to +

851.

5–5.

51.

69, 2

.25,

2.3

4, 2

.53,

2.6

7, 2

.81,

2.

93, 3

.09,

4.4

3, 4

.68

Activ

e Hi

ghPu

sh-P

ull

140

3.5

5-pi

n SO

T23


POW

ER M

ANAG

EMEN

T: C

PU/S

yste

m S

uper

viso

rs

Part

#Ty

peW

atch

dog

Tim

erM

anua

l Re

set

Pow

er

Fail

Ope

ratin

g Te

mp.

Ran

ge

(°C)

Vcc

Rang

e (V

)N

omin

al R

eset

Vol

tage

(V)

Rese

t Typ

eO

utpu

tTy

pica

l Res

et

Puls

e W

idth

(m

s)

Typi

cal

Supp

ly

Cur

rent

(μA)

Pack

ages

MIC

2774

LDu

al–

ü–

−40

to +

851.

5–5.

51.

69, 2

.25,

2.3

4, 2

.53,

2.6

7, 2

.81,

2.

93, 3

.09,

4.4

3, 4

.68

Activ

e Lo

wPu

sh-P

ull

140

3.5

5-pi

n SO

T23

MIC

2777

Dual

––

–−4

0 to

+85

1.5–

5.5

1.69

, 2.2

5, 2

.34,

2.5

3, 2

.67,

2.81

, 2.

93, 3

.09,

4.4

3, 4

.68

Act

ive L

ow/H

igh

or H

igh/

Low

Push

-Pul

l14

03.

55-

pin

SOT2

3

MIC

2782

Push

Bu

tton

–Du

al–

−40

to +

851.

5–5.

5Cu

stom

opt

ions

Activ

e Lo

wO

pen-

Drain

500/

1000

/200

02.

26-

pin

0.8

× 1.

2 CS

P

MIC

2790

Push

Bu

tton

–ü

–−4

0 to

+12

51.

5–5.

50.

4 A

ctive

Low

/Hig

h or

Hig

h/Lo

wDu

al O

utpu

t Ope

n-Dr

ain a

nd/o

r Pus

h-Pu

ll1.

0540

8-pi

n 2

× 2

DFN

MIC

2791

Push

Bu

tton

–ü

–−4

0 to

+12

51.

5–5.

50.

4 A

ctive

Low

/Hig

h or

Hig

h/Lo

wDu

al O

utpu

t Ope

n-Dr

ain a

nd/o

r Pus

h-Pu

ll1.

0540

6-pi

n 1.

6 ×

1.6

DFN

MIC

2793

Push

Bu

tton

–ü

–−4

0 to

+12

51.

5–5.

50.

4 A

ctive

Low

/Hig

h or

Hig

h/Lo

wDu

al O

utpu

t Ope

n-Dr

ain a

nd/o

r Pus

h-Pu

ll1.

0540

8-pi

n 2

× 2

DFN

POW

ER M

ANAG

EMEN

T: P

ower

MO

SFET

Driv

ers

Part

#D

river

sC

onfig

urat

ion

Peak

Out

put

Cur

rent

(s

ourc

e/si

nk, A

)

Max

imum

Su

pply

Vo

ltage

(V)

Out

put

Resi

stan

ce

(sou

rce/

sink

, Ω)

Prop

agat

ion

Del

ay

(Td1

/Td2

, ns)

Rise

/Fal

l Ti

me

(T

r/Tf,

ns)

Cap

aciti

ve L

oad

Driv

eFe

atur

esPa

ckag

es

Low

-Sid

e Po

wer

MO

SFET

Driv

ers

MCP

1401

Sing

leIn

verti

ng0.

5/0.

518

12/1

035

/35

19/1

547

0 pF

in 1

9 ns

Small

foot

prin

t5-

pin

SOT-

23M

CP14

02Si

ngle

Non-

inve

rting

0.5/

0.5

1812

/10

35/3

519

/15

470

pF in

19

nsSm

all fo

otpr

int

5-pi

n SO

T-23

MCP

14A0

051

Sing

leIn

verti

ng0.

5/0.

518

12.5

/7.5

33/2

440

/28

1000

pF

in 4

0 ns

Enab

le pi

n, s

mall

foot

prin

t6-

pin

SOT-

23, 6

-pin

2 ×

2 D

FNM

CP14

A005

2Si

ngle

Non-

inve

rting

0.5/

0.5

1812

.5/7

.533

/24

40/2

810

00 p

F in

40

nsEn

able

pin,

sm

all fo

otpr

int

6-pi

n SO

T-23

, 6-p

in 2

× 2

DFN

TC14

10N

Sing

leNo

n-in

verti

ng0.

5/0.

516

16/1

630

/30

25/2

550

0 pF

in 2

5 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

PTC

1411

NSi

ngle

Non-

inve

rting

1.0/

1.0

168/

830

/30

25/2

510

00 p

F in

25

ns8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in P

DIP

MIC

4416

Sing

leNo

n-In

verti

ng1.

2/1.

218

3.5/

3.5

33/2

314

/16

1000

pF

in 1

6 ns

SO

T-14

3M

IC44

17Si

ngle

Inve

rting

1.2/

1.2

183.

5/3.

533

/23

14/1

610

00 p

F in

16

ns

SOT-

143

TC14

26Du

alIn

verti

ng1.

2/1.

216

12/8

36/4

323

/17

1000

pF

in 3

8 ns

8-pi

n SO

IC, 8

-pin

PDI

PTC

1427

Dual

Non-

inve

rting

1.2/

1.2

1612

/836

/43

23/1

710

00 p

F in

38

ns8-

pin

SOIC

, 8-p

in P

DIP

TC14

28Du

alCo

mpl

imen

tary

1.2/

1.2

1612

/836

/43

23/1

710

00 p

F in

38

ns8-

pin

SOIC

, 8-p

in P

DIP

MIC

4467

Qua

dIn

verti

ng1.

2/1.

218

5/5

30/4

514

/13

1000

pF

in 2

5 ns

Latc

h-up

Pro

tect

ed; I

nput

to

–5V

16-p

in W

SOIC

, 14-

pin

PDIP

, 100

pF

in 1

9 ns

MIC

4468

Qua

dNo

n-in

verti

ng1.

2/1.

218

5/5

30/4

514

/13

1000

pF

in 2

5 ns

Latc

h-up

Pro

tect

ed; I

nput

to

–5V

16-p

in W

SOIC

, 14-

pin

PDIP

, 100

pF

in 1

9 ns

MIC

4469

Qua

dCo

mpl

imen

tary

1.2/

1.2

185/

530

/45

14/1

310

00 p

F in

25

nsLa

tch-

up P

rote

cted

; Inp

ut to

–5

V. S

MD

16-p

in W

SOIC

, 14-

pin

PDIP

, 100

pF

in 1

9 ns

TC44

67Q

uad

Inve

rting

1.2/

1.2

1810

/10

40/4

015

/15

470

pF in

15

ns16

-pin

SO

IC, 1

4-pi

n PD

IPTC

4468

Qua

dNo

n-in

verti

ng1.

2/1.

218

10/1

040

/40

15/1

547

0 pF

in 1

5 ns

16-p

in S

OIC

, 14-

pin

PDIP

TC44

69Q

uad

Com

plim

enta

ry1.

2/1.

218

10/1

040

/40

15/1

547

0 pF

in 1

5 ns

16-p

in S

OIC

, 14-

pin

PDIP

MCP

14A0

151

Sing

leIn

verti

ng1.

5/1.

518

4.5/

333

/24

11/1

010

00 p

F in

11.

5 ns

Low

Inpu

t Thr

esho

ld a

nd

Enab

le Pi

n6-

pin

SOT-

23, 6

-pin

2 ×

2 D

FN

MCP

14A0

152

Sing

leNo

n-in

verti

ng1.

5/1.

518

4.5/

333

/24

11/1

010

00 p

F in

11.

5 ns

Low

Inpu

t Thr

esho

ld a

nd

Enab

le Pi

n6-

pin

SOT-

23, 6

-pin

2 ×

2 D

FN

MCP

1415

Sing

leIn

verti

ng1.

5/1.

518

6/4

44/4

718

/21

470

pF in

13

nsSm

all fo

otpr

int

5-pi

n SO

T-23

MCP

1416

Sing

leNo

n-in

verti

ng1.

5/1.

518

6/4

44/4

718

/21

470

pF in

13

nsSm

all fo

otpr

int

5-pi

n SO

T-23

MIC

4414

Sing

leNo

n-in

verti

ng1.

5/1.

518

3.5/

3.5

44/4

718

/21

1000

pF

in 1

2 ns

Very

sm

all fo

otpr

int

1.2

× 1.

2 Q

FN

MIC

4415

Sing

leIn

verti

ng1.

5/1.

518

3.5/

3.5

29/3

012

/12

1000

pF

in 1

2 ns

Very

sm

all fo

otpr

int

1.2

× 1.

2 Q

FN

TC46

26Si

ngle

Inve

rting

1.5/

1.5

610

/829

/30

33/2

710

00 p

F in

40

nsBo

oste

d dr

ive v

olta

ge16

-pin

SO

IC, 8

-pin

PDI

P


POW

ER M

ANAG

EMEN

T: P

ower

MO

SFET

Driv

ers

Part

#D

river

sC

onfig

urat

ion

Peak

Out

put

Cur

rent

(s

ourc

e/si

nk, A

)

Max

imum

Su

pply

Vo

ltage

(V)

Out

put

Resi

stan

ce

(sou

rce/

sink

, Ω)

Prop

agat

ion

Del

ay

(Td1

/Td2

, ns)

Rise

/Fal

l Ti

me

(T

r/Tf,

ns)

Cap

aciti

ve L

oad

Driv

eFe

atur

esPa

ckag

es

Low

-Sid

e Po

wer

MO

SFET

Driv

ers

TC46

27Si

ngle

Non-

inve

rting

1.5/

1.5

610

/835

/45

33/2

710

00 p

F in

40

nsBo

oste

d dr

ive v

olta

ge16

-pin

SO

IC, 8

-pin

PDI

PTC

4404

Sing

leIn

verti

ng1.

5/1.

518

7/7

15/3

225

/25

1000

pF

in 3

0 ns

Ope

n - d

rain

8-pi

n SO

IC, 8

-pin

PDI

PTC

4405

Sing

leNo

n-in

verti

ng1.

5/1.

518

7/7

15/3

225

/25

1000

pF

in 3

0 ns

Ope

n - d

rain

8-pi

n SO

IC, 8

-pin

PDI

P

MCP

14A0

153

Dual

Inve

rting

1.5/

1.5

184.

5/3

25/2

411

/10

1000

pF

in 1

1.5

ns

Low

Inpu

t Thr

esho

ld a

nd

Enab

le Pi

n8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

DFN

MCP

14A0

154

Dual

Non-

inve

rting

1.5/

1.5

184.

5/3

25/2

411

/10

1000

pF

in 1

1.5

ns

Low

Inpu

t Thr

esho

ld a

nd

Enab

le Pi

n8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

DFN

MCP

14A0

155

Dual

Com

plim

enta

ry1.

5/1.

518

4.5/

325

/24

11/1

010

00 p

F in

11.

5 ns

Lo

w In

put T

hres

hold

and

En

able

Pin

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 D

FN

TC44

26A

Dual

Inve

rting

1.5/

1.5

187/

730

/30

25/2

510

00 p

F in

25

ns8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in P

DIP,

8-p

in 6

× 5

DFN

-STC

4427

ADu

alNo

n-in

verti

ng1.

5/1.

518

7/7

30/3

025

/25

1000

pF

in 2

5 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN-S

TC44

28A

Dual

Com

plim

enta

ry1.

5/1.

518

7/7

30/3

025

/25

1000

pF

in 2

5 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN-S

MIC

4426

Dual

Inve

rting

1.5/

1.5

186/

617

/23

18/1

510

00 p

F in

18

ns8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in P

DIP,

8-p

in C

erDI

PM

IC44

27Du

alNo

n-in

verti

ng1.

5/1.

518

6/6

17/2

318

/15

1000

pF

in 1

8 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P, 8

-pin

Cer

DIP

MIC

4428

Dual

Com

plim

enta

ry1.

5/1.

518

6/6

17/2

318

/15

1000

pF

in 1

8 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P, 8

-pin

Cer

DIP

MIC

4126

Dual

Inve

rting

1.5/

1.5

206/

637

/40

13/1

510

00 p

F in

15

ns8-

pin

eSO

IC, 8

-pin

eM

SOP-

8, 3

× 3

DFU

MIC

4127

Dual

Non-

inve

rting

1.5/

1.5

206/

637

/40

13/1

510

00 p

F in

15

ns8-

pin

eSO

IC, 8

-pin

eM

SOP-

8, 3

× 3

DFN

MIC

4128

Dual

Com

plim

enta

ry1.

5/1.

520

6/6

37/4

013

/15

1000

pF

in 1

5 ns

8-pi

n eS

OIC

, 8-p

in e

MSO

P-8,

3 ×

3 D

FNM

CP14

E6Du

alIn

verti

ng2.

0/2.

018

5/5

45/4

512

/15

1000

pF

in 1

5 ns

Enab

le pi

n8-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

MCP

14E7

Dual

Non-

inve

rting

2.0/

2.0

185/

545

/45

12/1

510

00 p

F in

15

nsEn

able

pin

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FNM

CP14

E8Du

alCo

mpl

imen

tary

2.0/

2.0

185/

545

/45

12/1

510

00 p

F in

15

nsEn

able

pin

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

TC14

12Si

ngle

Inve

rting

2.0/

2.0

164/

435

/35

18/1

810

00 p

F in

18

ns8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in P

DIP

TC14

12N

Sing

leNo

n-In

verti

ng2.

0/2.

016

4/4

35/3

518

/18

1000

pF

in 1

8 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P

MIC

4478

Dual

Non-

Inve

rting

2.5/

2.5

326/

316

0/70

120/

451,

000p

F in

45

ns

8-pi

n SO

IC

MIC

4479

Dual

Inve

rting

2.5/

2.5

326/

316

0/70

120/

451,

000p

F in

45

ns

8-pi

n SO

IC

MIC

4480

Dual

Com

plim

enta

ry2.

5/2.

532

6/3

160/

7012

0/45

1,00

0pF

in 4

5 ns

8-

pin

SOIC

TC44

23A

Dual

Inve

rting

3.0/

3.0

182.

2/2.

840

/41

12/1

218

00 p

F in

12

ns8-

pin

SOIC

, 16-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

TC44

24A

Dual

Non-

Inve

rting

3.0/

3.0

182.

2/2.

840

/41

12/1

218

00 p

F in

12

ns8-

pin

SOIC

, 16-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

TC44

25A

Dual

Com

plim

enta

ry3.

0/3.

018

2.2/

2.8

40/4

112

/12

1800

pF

in 1

2 ns

8-pi

n SO

IC, 1

6-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

14E9

Dual

Inve

rting

3.0/

3.0

184/

445

/45

14/1

718

00 p

F in

17

nsEn

able

pin

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

14E1

0Du

alNo

n-In

verti

ng3.

0/3.

018

4/4

45/4

514

/17

1800

pF

in 1

7 ns

Enab

le pi

n8-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

MCP

14E1

1Du

alCo

mpl

imen

tary

3.0/

3.0

184/

445

/45

14/1

718

00 p

F in

17

nsEn

able

Pin

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

14A0

301

Sing

leIn

terv

ertin

g3.

0/3.

018

2.2/

1.5

15/1

813

/12

1,80

0 pF

in 1

3 ns

Low

Inpu

t Thr

esho

ld,

Enab

le Pi

n8-

pin

MSO

P, 8

-pin

SO

IC, 8

-pin

2 ×

2 W

DFN

MCP

14A0

302

Sing

leNo

n-In

verti

ng3.

0/3.

018

2.2/

1.5

15/1

813

/12

1,80

0 pF

in 1

3 ns

Low

Inpu

t Thr

esho

ld

and

Enab

le Pi

n8-

pin

MSO

P, 8

-pin

SO

IC, 8

-pin

2 ×

2 W

DFN

TC14

13N

Sing

leNo

n-In

verti

ng3.

0/3.

016

2.7/

2.7

35/3

520

/20

1800

pF

in 2

0 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P

MIC

4123

Dual

Inve

rting

3.0/

3.0

205/

544

/59

11/1

11,

800

pF in

11

ns8-

pin

eSO

IC, 4

× 4

MIC

4124

Dual

Non-

Inve

rting

3.0/

3.0

205/

544

/59

11/1

11,

800

pF in

11

ns8-

pin

eSO

IC, 4

× 4

MIC

4125

Dual

Com

plim

enta

ry3.

0/3.

020

5/5

44/5

911

/11

1,80

0 pF

in 1

1 ns

8-pi

n eS

OIC

, 4 ×

4

MIC

4423

Dual

Inve

rting

3.0/

3.0

185/

533

/38

23/2

51,

800

pF in

23n

s8-

pin

SOIC

, 16-

pin

WSO

IC, 8

-pin

PDI

P

MIC

4424

Dual

Non-

Inve

rting

3.0/

3.0

185/

533

/38

23/2

51,

800

pF in

23n

s8-

pin

SOIC

, 16-

pin

WSO

IC, 8

-pin

PDI

P, 8

-pin

Cer

DIP

MIC

4425

Dual

Com

plim

enta

ry3.

0/3.

018

5/5

33/3

823

/25

1,80

0 pF

in 2

3ns

8-pi

n SO

IC, 1

6-pi

n W

SOIC

, 8-p

in P

DIP

MIC

4223

Dual

Inve

rting

4.0/

4.0

1830

/16

25/3

515

/15

2000

pF

in 1

5 ns

Enab

le pi

n8-

pin

SOIC

, 8-p

in e

MSO

P


POW

ER M

ANAG

EMEN

T: P

ower

MO

SFET

Driv

ers

Part

#D

river

sC

onfig

urat

ion

Peak

Out

put

Cur

rent

(s

ourc

e/si

nk, A

)

Max

imum

Su

pply

Vo

ltage

(V)

Out

put

Resi

stan

ce

(sou

rce/

sink

, Ω)

Prop

agat

ion

Del

ay

(Td1

/Td2

, ns)

Rise

/Fal

l Ti

me

(T

r/Tf,

ns)

Cap

aciti

ve L

oad

Driv

eFe

atur

esPa

ckag

es

Low

-Sid

e Po

wer

MO

SFET

Driv

ers

MIC

4224

Dual

Non-

Inve

rting

4.0/

4.0

1830

/16

25/3

515

/15

2000

pF

in 1

5 ns

Enab

le pi

n8-

pin

SOIC

, 8-p

in e

MSO

P

MIC

4225

Dual

Com

plim

enta

ry4.

0/4.

018

30/1

625

/35

15/1

520

00 p

F in

15

nsEn

able

pin

8-pi

n SO

IC, 8

-pin

eM

SOP

MCP

14E3

Dual

Inve

rting

4.0/

4.0

182.

5/2.

546

/50

15/1

822

00 p

F in

15

nsEn

able

pin

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

14E4

Dual

Non-

Inve

rting

4.0/

4.0

182.

5/2.

546

/50

15/1

822

00 p

F in

15

nsEn

able

pin

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

14E5

Dual

Com

plim

enta

ry4.

0/4.

018

2.5/

2.5

46/5

015

/18

2200

pF

in 1

5 ns

Enab

le pi

n8-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

MCP

1403

Dual

Inve

rting

4.5/

4.5

182.

2/2.

840

/40

15/1

822

00 p

F in

15

ns8-

pin

SOIC

, 16-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

MCP

1404

Dual

Non-

Inve

rting

4.5/

4.5

182.

2/2.

840

/40

15/1

822

00 p

F in

15

ns8-

pin

SOIC

, 16-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

MCP

1405

Dual

Com

plim

enta

ry4.

5/4.

518

2.2/

2.8

40/4

015

/18

2200

pF

in 1

5 ns

8-pi

n SO

IC, 1

6-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

14A0

451

Sing

leIn

verti

ng4.

5/4.

518

1.6/

1.2

16/1

99/

922

00 p

F in

9.5

ns

Low

Inpu

t Thr

esho

ld,

Enab

le8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 2

DFN

MCP

14A0

452

Sing

leNo

n-In

verti

ng4.

5/4.

518

1.6/

1.2

16/1

99/

922

00 p

F in

9.5

ns

Low

Inpu

t Thr

esho

ld,

Enab

le8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 2

DFN

MIC

4120

Sing

leNo

n-In

verti

ng6.

0/6.

020

5/5

45/5

012

/13

2200

pF

in 1

2 ns

8-pi

n eS

OIC

, 3 ×

3

MIC

4129

Sing

leIn

verti

ng6.

0/6.

020

5/5

45/5

012

/13

2200

pF

in 1

2 ns

8-pi

n eS

OIC

, 3 ×

3

MCP

14A1

201

Sing

leIn

verti

ng12

/12

181.

5/1.

228

/28

25/2

515

,000

pF

in 2

5 ns

Low

Inpu

t The

shol

d an

d En

able

8-Le

ad M

SOP,

8-L

ead

SOIC

, 8-L

ead

2x3

TDFN

MCP

14A1

202

Sing

leNo

n-In

verti

ng

12/1

218

1.5/

1.2

28/2

825

/25

15,0

00 p

F in

25

nsLo

w In

put T

hesh

old

and

Enab

le8-

Lead

MSO

P, 8

-Lea

d SO

IC, 8

-Lea

d 2x

3 TD

FN

MIC

4420

Sing

leNo

n-In

verti

ng6.

0/6.

018

2.8/

2.5

18/4

812

/13

2200

pF

in 1

2 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P, 5

-pin

TO

-220

, 8-p

in

CerD

IP

MIC

4429

Sing

leIn

verti

ng6.

0/6.

018

2.8/

2.5

18/4

812

/13

2200

pF

in 1

2 ns

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

PDI

P, 5

-pin

TO

-220

MIC

44F1

8Si

ngle

Non-

Inve

rting

6.

0/6.

013

2/2

15/1

310

/10

1000

pF

In 1

0 ns

Enab

le pi

n8-

pin

eMSO

P, 2

× 2

QFN

MIC

44F1

9Si

ngle

Inve

rting

6.

0/6.

013

2/2

15/1

310

/10

1000

pF

In 1

0 ns

Enab

le pi

n8-

pin

eMSO

P, 2

× 2

QFN

MIC

44F2

0Si

ngle

Inve

rting

6.

0/6.

013

2/2

15/1

310

/10

1000

pF

In 1

0 ns

Enab

le pi

n8-

pin

eMSO

P, 2

× 2

QFN

MCP

1406

Sing

leIn

verti

ng6.

0/6.

018

2.1/

1.5

40/4

020

/20

2500

pF

in 2

0 ns

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

1407

Sing

leNo

n-In

verti

ng6.

0/6.

018

2.1/

1.5

40/4

020

/20

2500

pF

in 2

0 ns

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

MCP

14A0

601

Sing

leIn

verti

ng6.

0/6.

018

2.0/

2.3

29/2

915

/15

2500

pF

in 1

0 ns

Low

Log

ic In

put,

Enab

le8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

DFN

MCP

14A0

602

Sing

leNo

n-In

verti

ng6.

0/6.

018

2.0/

2.3

29/2

915

/15

2500

pF

in 1

0 ns

Low

Log

ic In

put,

Enab

le8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

DFN

TC44

21A

Sing

leIn

verti

ng9.

0/9.

018

1.25

/0.8

38/4

228

/26

4700

pF

in 1

5 ns

8-pi

n SO

IC, 8

-pin

PDI

P, 8

-pin

6 ×

5 D

FN

TC44

22A

Sing

leNo

n-In

verti

ng9.

0 / 9

.018

1.25

/ 0.

838

/42

28/2

647

00 p

F in

15

ns8-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

MIC

4421

ASi

ngle

Inve

rting

9.0

/ 9.0

180.

8/0.

615

/35

20/2

410

,000

pF

in 2

4 ns

8-pi

n PD

IP, 8

-pin

SO

IC, 5

-pin

TO

-220

MIC

4422

ASi

ngle

Non-

Inve

rting

9.0

/ 9.0

180.

8/0.

615

/35

20/2

410

,000

pF

in 2

4 ns

8-pi

n PD

IP, 8

-pin

SO

IC, 5

-pin

TO

-220

MIC

4451

Sing

leIn

verti

ng12

.0/1

2.0

180.

8/0.

625

/40

20/2

410

,000

pF

in 2

4 ns

8-pi

n PD

IP, 8

-pin

SO

IC, 5

-pin

TO

-220

MIC

4452

Sing

leNo

n-In

verti

ng12

.0/1

2.0

180.

8/0.

625

/40

20/2

410

,000

pF

in 2

4 ns

8-pi

n PD

IP, 8

-pin

SO

IC, 5

-pin

TO

-220

TC44

51Si

ngle

Inve

rting

12.0

/12.

018

1.0/

0.9

44/4

430

/32

10,0

00 p

F in

21

ns8-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN

TC44

52Si

ngle

Non-

Inve

rting

12.0

/12.

018

1.0/

0.9

44/4

430

/32

10,0

00 p

F in

21

ns8-

pin

SOIC

, 8-p

in P

DIP,

8-p

in 6

× 5

DFN


POW

ER M

ANAG

EMEN

T: P

ower

MO

SFET

Driv

ers

(Con

tinue

d)

Part

#D

river

sC

onfig

urat

ion

Peak

Out

put

Cur

rent

(s

ourc

e/si

nk, A

)

Max

imum

Su

pply

Vo

ltage

(V)

Out

put

Resi

stan

ce

(sou

rce/

sink

, Ω)

Prop

agat

ion

Del

ay

(Td1

/Td2

, ns)

Rise

/Fal

l Tim

e (T

r/Tf,

ns)

Cap

aciti

ve L

oad

Driv

eFe

atur

esPa

ckag

es

Hig

h-Si

de P

ower

MO

SFET

Driv

ers

TC44

31Hi

gh-S

ide

Sing

leIn

verti

ng3.

0/1.

530

7/7

62/7

825

/33

1000

pF

in 2

5 ns

30V,

hig

h-sid

e dr

iver

8-pi

n SO

IC, 8

-pin

PDI

P

TC44

32Hi

gh-S

ide

Sing

leNo

n-in

verti

ng3.

0/1.

530

7/7

62/7

825

/33

1000

pF

in 2

5 ns

30V,

hig

h-sid

e dr

iver

8-pi

n SO

IC, 8

-pin

PDI

P

TC44

03Fl

oatin

g Lo

ad

Drive

rNo

n-in

verti

ng1.

5/1.

518

2.8/

3.5

33/3

828

/32

1800

pF

in 2

5 ns

Floa

ting

load

driv

er8-

pin

PDIP

MIC

5011

High

-Sid

e or

Lo

w S

ide

Sing

leNo

n-In

verti

ng95

0 μA

*32

N/A

N/A

25 μ

s/4

μs10

00 p

F in

60

µsLe

ss th

an 1

µA

in S

tand

by

Mod

e8-

pin

SOIC

, 8-p

in P

DIP

MIC

5013

High

-Sid

e or

Lo

w S

ide

Sing

leNo

n-In

verti

ng22

5 μA

*32

N/A

N/A

60 μ

s/4

μs10

00 p

F in

60µ

sW

ith o

ver-c

urre

nt

shut

dow

n an

d a

faul

t flag

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

5014

High

-Sid

e or

Lo

w S

ide

Sing

leNo

n-In

verti

ng80

0 μA

*30

N/A

N/A

90 μ

s/6

μs10

00 p

F in

90

µsW

ithst

ands

60V

tran

sient

an

d Re

vers

e ba

ttery

pr

otec

ted

to –

20V

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

5015

High

-Sid

e or

Lo

w S

ide

Sing

leIn

verti

ng80

0 μA

*30

N/A

N/A

90 μ

s/6

μs10

00 p

F in

90

µsW

ithst

ands

60V

tran

sient

an

d Re

vers

e ba

ttery

pr

otec

ted

to –

20V

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

5018

High

-Sid

e or

Lo

w S

ide

Sing

leNo

n-In

verti

ng10

μA*

9N/

AN/

A75

0 μs

/10

μs3,

000

pF in

2.1

ms

Small

Pac

kage

SOT-

143

MIC

5019

High

-Sid

e or

Lo

w S

ide

Sing

leNo

n-In

verti

ng10

μA*

9N/

AN/

A44

0 μs

/5.5

6 μs

3,00

0 pF

in 1

.34

ms

Ultra

Sm

all 1

.2 ×

1.2

mm

DF

N4-

pin

DFN

MIC

5021

High

-Sid

e or

Lo

w S

ide

Sing

leNo

n-In

verti

ng56

00 μ

A*36

N/A

500/

800

400n

s/40

0ns

2,00

0 pF

in 5

50 n

s 10

0 kH

z op

erat

ion

guar

ante

ed o

ver f

ull

tem

pera

ture

and

ope

ratin

g vo

ltage

rang

e8-

pin

SOIC

, 8-p

in P

DIP

MIC

5060

High

-Sid

e or

Lo

w S

ide

Sing

leNo

n-In

verti

ng80

0 μA

*30

N/A

N/A

90 μ

s/6

μs1,

000

pF in

90

µsW

ithst

ands

60V

tran

sient

an

d Re

vers

e ba

ttery

pr

otec

ted

to –

20V

8-pi

n M

LF

POW

ER M

ANAG

EMEN

T: P

ower

MO

SFET

Driv

ers

(Con

tinue

d)

Part

#D

river

sC

onfig

urat

ion

Peak

Out

put

Cur

rent

(s

ourc

e/si

nk, A

)

Max

imum

Su

pply

Vol

tage

(V

)

Out

put

Resi

stan

ce

(sou

rce/

sink

, Ω)

Prop

agat

ion

Del

ay

(Td1

/Td2

, ns)

Rise

/Fal

l Tim

e (T

r/Tf,

ns)

Cap

aciti

ve L

oad

Driv

eFe

atur

esPa

ckag

es

Sync

hron

ous

Pow

er M

OSF

ET D

river

s

MCP

1462

8Ha

lf Br

idge

Driv

er

Dual

Inpu

ts2.

0/3.

55.

5

(36V

Boo

t Pin

)1/

1

(0.5

on

low

sid

e)15

/22

10/1

033

00 p

F in

10

nsCo

ntin

uous

or d

iscon

tinuo

us

oper

atio

n8-

pin

SOIC

, 8-p

in

3 ×

3 DF

N

MCP

1470

0Ha

lf Br

idge

Driv

er

Dual

Inpu

ts2.

0/3.

55.

5

(36V

Boo

t Pin

)1/

1

(0.5

on

low

sid

e)15

/22

10/1

033

00 p

F in

10

nsAl

low

s ex

tern

al de

ad ti

me

cont

rol

8-pi

n SO

IC, 8

-pin

3

× 3

DFN

MIC

4100

Half

Brid

ge D

river

Du

al In

puts

2.0/

2.0

16 (1

00V

Boot

Pi

n)3.

0/3.

027

/27

10/1

010

00 p

F in

10

ns8-

pin

SOIC

MIC

4101

Half

Brid

ge D

river

Du

al In

puts

2.0/

2.0

16 (1

00V

Boot

Pi

n)3.

0/3.

031

/31

10/1

010

00 p

F in

10

ns8-

pin

SOIC

MIC

4102

Half

Brid

ge D

river

Si

ngle

PWM

3.0/

2.0

16 (1

00V

Boot

Pi

n)2.

5/1.

560

/70

10/6

1000

pF

in 1

0 ns

Adap

tive

Dead

Tim

e an

d An

ti-Sh

oot-

Thro

ugh

Circ

uitry

8-

pin

SOIC

MIC

4103

Ha

lf Br

idge

Driv

er

Dual

Inpu

ts3.

0/2.

016

(100

V Bo

ot

Pin)

2.5/

1.25

24/2

410

/610

00 p

F in

10

ns8-

pin

SOIC

MIC

4104

Ha

lf Br

idge

Driv

er

Dual

Inpu

ts3.

0/2.

016

(100

V Bo

ot

Pin)

2.5/

1.25

24/2

410

/610

00 p

F in

10

ns8-

pin

SOIC

MIC

4600

Half

Brid

ge D

river

Du

al In

puts

, Si

ngle

PWM

–28

V –

–15

/13.

530

00 p

F in

15

nsIn

tern

al 5V

LDO

3 ×

3 Q

FN

MIC

4604

Ha

lf Br

idge

Driv

er

Dual

Inpu

ts1.

0/1.

016

V (8

5V B

oot

Pin)

–33

/34

20/2

010

00 p

F in

20

nsSm

all 2

.5 ×

2.5

mm

DFN

8-

pin

SOIC

, 8-p

in

2.5

× 2.

5 DF

N

MIC

4605

Half

Brid

ge D

river

Du

al In

puts

, Si

ngle

PWM

1.0/

1.0

16V

(85V

Boo

t Pi

n)–

35/3

520

/20

1000

pF

in 2

0 ns

Adap

tive

Dead

Tim

e an

d An

ti-Sh

oot-

Thro

ugh

Circ

uitry

8-

pin

SOIC

, 8-p

in

2.5

× 2.

5 DF

N

MIC

4606

Full B

ridge

Driv

erDu

al In

puts

, Si

ngle

PWM

1.0/

1.0

16V

(85V

Boo

t Pi

n)–

35/3

520

/20

1000

pF

in 2

0 ns

Adap

tive

Dead

Tim

e an

d An

ti-Sh

oot-

Thro

ugh

Circ

uitry

4

× 4

QFN

*Cha

rge

pum

p cu

rrent


POW

ER M

ANAG

EMEN

T: B

atte

ry C

harg

ers

Part

#M

ode

Cel

l Typ

e#

of

Cel

lsVc

c Ra

nge

(V)

Cel

l Vol

tage

(V)

Max

imum

C

harg

ing

Cur

rent

(mA)

Max

. Vol

tage

Re

gula

tion

(%)

Int/E

xt

FET

Feat

ures

Pack

ages

MCP

7311

3Li

near

Li-io

n/Li

-Pol

ymer

14

to 1

64.

1, 4

.2, 4

.35,

4.4

1100

±0.5

Int

6.5V

Ove

rvol

tage

Pro

tect

ion

10-p

in 3

× 3

DFN

MCP

7311

4Li

near

Li-io

n/Li

-Pol

ymer

14

to 1

64.

1, 4

.2, 4

.35,

4.4

1100

±0.5

Int

5.8V

Ove

rvol

tage

Pro

tect

ion

10-p

in 3

× 3

DFN

MCP

7312

3Li

near

LiFe

PO4

14

to 1

63.

611

00±0

.5In

t6.

5V O

verv

olta

ge P

rote

ctio

n, L

iFeP

O4

char

ging

10-p

in 3

× 3

DFN

MCP

7321

3Li

near

Li-io

n/Li

-Pol

ymer

24

to 1

68.

2, 8

.4, 8

.7, 8

.811

00±0

.6In

t13

V O

verv

olta

ge P

rote

ctio

n10

-pin

3 ×

3 D

FN

MCP

7322

3Li

near

LiFe

PO4

24

to 1

67.

211

00±0

.6In

t13

V O

verv

olta

ge P

rote

ctio

n, L

iFeP

O4

char

ging

10-p

in 3

× 3

DFN

MCP

7382

6Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

5.5

4.1,

4.2

N/A

±1.0

Ext

Small

size

, cha

rge

curre

nt s

et b

y ex

tern

al FE

T6-

pin

SOT-

23

MCP

7382

7Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

5.5

4.1,

4.2

N/A

±1.0

Ext

Mod

e in

dica

tor,

Char

ge c

urre

nt m

onito

r, Ch

arge

cur

rent

set

by

exte

rnal

FET

8-pi

n M

SOP

MCP

7382

8Li

near

Li-Io

n/Li

Pol

ymer

14.

5 to

5.5

4.1,

4.2

N/A

±1.0

Ext

Tem

pera

ture

mon

itor,

Char

ge c

urre

nt s

et b

y ex

tern

al FE

T8-

pin

MSO

P

MCP

7384

1Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

12

4.1,

4.2

N/A

±0.5

Ext

Safe

ty c

harg

e tim

ers,

Tem

pera

ture

mon

itor,

Char

ge c

urre

nt s

et b

y ext

erna

l FET

10-p

in M

SOP

MCP

7384

1Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

12

4.1,

4.2

N/A

±0.5

Ext

Safe

ty c

harg

e tim

ers,

Tem

pera

ture

mon

itor,

Char

ge c

urre

nt s

et b

y

exte

rnal

FET

10-p

in M

SOP

MCP

7384

2Li

near

Li-Io

n/Li

-Pol

ymer

28.

7 to

12

8.2,

8.4

N/A

±0.5

Ext

Safe

ty c

harg

e tim

ers,

Tem

pera

ture

mon

itor,

Char

ge c

urre

nt s

et b

y

exte

rnal

FET

10-p

in M

SOP

MCP

7384

3Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

12

4.1,

4.2

N/A

±0.5

Ext

Safe

ty c

harg

e tim

ers,

Cha

rge

curre

nt s

et b

y ex

tern

al FE

T8-

pin

MSO

P

MCP

7384

4Li

near

Li-Io

n/Li

-Pol

ymer

28.

7 to

12

8.2,

8.4

N/A

±0.5

Ext

Safe

ty c

harg

e tim

ers,

Cha

rge

curre

nt s

et b

y ex

tern

al FE

T8-

pin

MSO

P

MCP

7381

1Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2

500

±1.0

Int

Selec

tabl

e ch

arge

cur

rent

(100

mA,

500

mA)

, Cha

rge

enab

le in

put

5-pi

n SO

T-23

MCP

7381

2Li

near

Li-Io

n/Li

Pol

ymer

13.

7 to

6.0

4.2

500

±1.0

Int

Prog

ram

mab

le ch

arge

cur

rent

(100

mA,

500

mA)

, Cha

rge

enab

le in

put

5-pi

n SO

T-23

MCP

7383

0/L

Line

arLi

-Ion/

Li-P

olym

er1

3.75

to 6

.04.

210

00/2

00±0

.75

Int

Soft-

star

t, Ch

arge

ena

ble

pin

6-pi

n 2

× 2

TDFN

MCP

7383

1Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.550

0±0

.75

Int

UVLO

, The

rmal

regu

latio

n, P

rogr

amm

able

char

ge c

urre

nt, T

ri-st

ate

STAT

pin

5-pi

n SO

T-23

, 8-

pin

2 ×

3 DF

N

MCP

7383

2Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.550

0±0

.75

Int

UVLO

, The

rmal

regu

latio

n, P

rogr

amm

able

char

ge c

urre

nt,

Ope

n-dr

ain S

TAT

pin

5-pi

n SO

T-23

, 8-

pin

2 ×

3 DF

N

MCP

7385

3Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

5.5

4.1,

4.2

500

±0.5

Int

USB

cont

rol,

Safe

ty c

harg

e tim

ers,

Tem

pera

ture

mon

itor,

Ther

mal

regu

latio

n16

-pin

4 ×

4 Q

FN

MCP

7385

5Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

5.5

4.1,

4.2

500

±0.5

Int

USB

cont

rol,

Safe

ty c

harg

e tim

ers,

The

rmal

regu

latio

n10

-pin

3 ×

3 D

FN

MCP

7383

3Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

UVLO

, The

rmal

regu

latio

n, T

herm

istor

inpu

t, LD

O T

est m

ode,

Mul

tiple

Vreg

ou

tput

s, S

afet

y tim

er, P

ower

goo

d ou

tput

10-p

in 3

× 3

DFN

, 10

-pin

MSO

P

MCP

7383

4Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

UVLO

, The

rmal

regu

latio

n, T

herm

istor

inpu

t, LD

O T

est m

ode,

Mul

tiple

Vreg

ou

tput

s, S

afet

y tim

er, T

imer

ena

ble

inpu

t10

-pin

3 ×

3 D

FN,

10-p

in M

SOP

MCP

7383

7Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

Dual

inpu

t (US

B, D

C in

put f

rom

ada

pter

) aut

o-sw

itchi

ng, U

VLO

, The

rmal

regu

latio

n, T

herm

istor

inpu

t, Po

wer

goo

d ou

tput

10-p

in 3

× 3

DFN

, 10

-pin

MSO

P

MCP

7383

8Li

near

Li-Io

n/Li

Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

Dual

inpu

t (US

B, D

C in

put f

rom

ada

pter

) aut

o-sw

itchi

ng, U

VLO

, The

rmal

regu

latio

n, T

imer

ena

ble

inpu

t10

-pin

3 ×

3 D

FN,

10-p

in M

SOP

MCP

7384

3Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

12

4.1,

4.2

N/A

±0.5

Ext

Safe

ty c

harg

e tim

ers,

Cha

rge

curre

nt s

et b

y ex

tern

al FE

T8-

pin

MSO

P

MCP

7384

4Li

near

Li-Io

n/Li

-Pol

ymer

28.

7 to

12

8.2,

8.4

N/A

±0.5

Ext

Safe

ty c

harg

e tim

ers,

Cha

rge

curre

nt s

et b

y ex

tern

al FE

T8-

pin

MSO

P

MCP

7381

1Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2

500

±1.0

Int

Selec

tabl

e ch

arge

cur

rent

(100

mA,

500

mA)

, Cha

rge

enab

le in

put

5-pi

n SO

T-23

MCP

7381

2Li

near

Li-Io

n/Li

Pol

ymer

13.

7 to

6.0

4.2

500

±1.0

Int

Prog

ram

mab

le ch

arge

cur

rent

(100

mA,

500

mA)

, Cha

rge

enab

le in

put

5-pi

n SO

T-23

MCP

7383

0/L

Line

arLi

-Ion/

Li-P

olym

er1

3.75

to 6

.04.

210

00/2

00±0

.75

Int

Soft-

star

t, Ch

arge

ena

ble

pin

6-pi

n 2

× 2

TDFN

MCP

7383

1Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.550

0±0

.75

Int

UVLO

, The

rmal

regu

latio

n, P

rogr

amm

able

char

ge c

urre

nt, T

ri-st

ate

STAT

pin

5-pi

n SO

T-23

, 8-

pin

2 ×

3 DF

N

MCP

7383

2Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.550

0±0

.75

Int

UVLO

, The

rmal

regu

latio

n, P

rogr

amm

able

char

ge c

urre

nt,

Ope

n-dr

ain S

TAT

pin

5-pi

n SO

T-23

, 8-

pin

2 ×

3 DF

N

MCP

7385

3Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

5.5

4.1,

4.2

500

±0.5

Int

USB

cont

rol,

Safe

ty c

harg

e tim

ers,

Tem

pera

ture

mon

itor,

Ther

mal

regu

latio

n16

-pin

4 ×

4 Q

FN

MCP

7385

5Li

near

Li-Io

n/Li

-Pol

ymer

14.

5 to

5.5

4.1,

4.2

500

±0.5

Int

USB

cont

rol,

Safe

ty c

harg

e tim

ers,

The

rmal

regu

latio

n10

-pin

3 ×

3 D

FN

MCP

7383

3Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

UVLO

, The

rmal

regu

latio

n, T

herm

istor

inpu

t, LD

O T

est m

ode,

Mul

tiple

Vreg

ou

tput

s, S

afet

y tim

er, P

ower

goo

d ou

tput

10-p

in 3

× 3

DFN

, 10

-pin

MSO

P


POW

ER M

ANAG

EMEN

T: B

atte

ry C

harg

ers

Part

#M

ode

Cel

l Typ

e#

of

Cel

lsVc

c Ra

nge

(V)

Cel

l Vol

tage

(V)

Max

imum

C

harg

ing

Cur

rent

(mA)

Max

. Vol

tage

Re

gula

tion

(%)

Int/E

xt

FET

Feat

ures

Pack

ages

MCP

7383

4Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

UVLO

, The

rmal

regu

latio

n, T

herm

istor

inpu

t, LD

O T

est m

ode,

Mul

tiple

Vreg

ou

tput

s, S

afet

y tim

er, T

imer

ena

ble

inpu

t10

-pin

3 ×

3 D

FN,

10-p

in M

SOP

MCP

7383

7Li

near

Li-Io

n/Li

-Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

Dual

inpu

t (US

B, D

C in

put f

rom

ada

pter

) aut

o-sw

itchi

ng, U

VLO

, The

rmal

regu

latio

n, T

herm

istor

inpu

t, Po

wer

goo

d ou

tput

10-p

in 3

× 3

DFN

, 10

-pin

MSO

P

MCP

7383

8Li

near

Li-Io

n/Li

Pol

ymer

13.

7 to

6.0

4.2,

4.3

5, 4

.4, 4

.510

00±0

.75

Int

Dual

inpu

t (US

B, D

C in

put f

rom

ada

pter

) aut

o-sw

itchi

ng, U

VLO

, The

rmal

regu

latio

n, T

imer

ena

ble

inpu

t10

-pin

3 ×

3 D

FN,

10-p

in M

SOP

MCP

7387

1Li

near

Li-Io

n/Li

-Pol

ymer

13.

75 to

6.0

4.1,

4.2

, 4.3

5, 4

.415

00 (A

/C

Adap

ter)

500

(USB

)±0

.5In

tSi

mul

tane

ous

char

ging

of l

oad

and

batte

ry, L

oad-

depe

nden

t cha

rgin

g, M

ultip

le pr

ogra

mm

able

char

ge c

urre

nts

20-p

in 4

× 4

QFN

, 20

-pin

SSO

P

POW

ER M

ANAG

EMEN

T: H

ot S

wap

Con

trolle

rs &

E-F

use

Part

#N

umbe

r of

Out

puts

Inpu

t Vol

tage

Ran

ge

(V)

Latc

h O

ffAu

to R

etry

OVL

OU

VLO

Num

ber o

f Pow

er

Goo

dD

escr

iptio

nPa

ckag

es

MIC

2085

1+2

.3 to

+16

.5ü

–Ad

just

able

Adju

stab

le–

Pin-

Pin

equi

valen

t to

LTC1

642

16-p

in Q

SOP

MIC

2582

1+2

.3 to

+13

.2ü

––

Adju

stab

le–

Pin-

Pin

equi

valen

t to

LTC1

422,

dua

l-lev

el fa

ult d

etec

tion

8-pi

n SO

IC

MIC

2583

1+2

.3 to

+13

.2ü

––

Adju

stab

le1

Activ

e Hi

ghDu

al lev

el fa

ult d

etec

tion,

CL

disc

harg

e ca

pabi

lity16

-pin

QSO

P

MIC

2583

R1

+2.3

to +

13.2

–ü

–Ad

just

able

1 Ac

tive

High

Dual

level

faul

t det

ectio

n, C

L di

scha

rge

capa

bility

16-p

in Q

SOP

MIC

2584

2Ch

1: +

2.3

to +

13.2

Ch

2: +

1.0

to +

13.2

ü–

Adju

stab

leAd

just

able

2 Ac

tive

High

Out

put v

olta

ge tr

ackin

g w

ith d

ual-l

evel

faul

t tra

ckin

g16

-pin

TSS

OP

MIC

2587

1+1

0 to

+80

ü–

–Ad

just

able

1 Ac

tive

High

/Low

Pin-

pin

equi

valen

t to

LTC1

641-

18-

pin

SOIC

MIC

2587

R1

+10

to +

80–

ü–

Adju

stab

le1

Activ

e Hi

gh/L

owPi

n-pi

n eq

uiva

lent t

o LT

C164

1-2

8-pi

n SO

IC

MIC

2588

1−1

9 to

−80

ü–

Adju

stab

leAd

just

able

1 Ac

tive

High

/Low

Pin-

pin

equi

valen

t to

LTC1

640,

LT1

640A

, LT4

250

8-pi

n SO

IC

MIC

2594

1−1

9 to

−80

ü–

Adju

stab

leAd

just

able

1 Ac

tive

High

/Low

MIC

2588

with

pro

gram

mab

le UV

LO h

yste

resis

8-pi

n SO

IC

MIC

2595

1−1

9 to

−80

ü–

Adju

stab

leAd

just

able

3 Ac

tive

High

/Low

Stag

gere

d po

wer

goo

d pr

ovid

es lo

ad s

eque

ncin

g, p

rogr

amm

able

UVLO

hys

tere

sis14

-pin

SO

IC

MIC

2595

R1

−19

to −

80–

üAd

just

able

Adju

stab

le3

Activ

e Hi

gh/L

owSt

agge

red

pow

er g

ood

prov

ides

load

seq

uenc

ing,

pro

gram

mab

le UV

LO h

yste

resis

14-p

in S

OIC

LX82

372

4.3

to 1

3.2

ü–

-Fi

xed

-Du

al E-

Fuse

for 1

2V a

nd 5

V, D

ual P

ower

Reg

ulat

ors,

I2C

Cont

rol a

nd C

urre

nt

Mon

itorin

g, p

ower

disa

ble

supp

ort

24-p

in 3

.5 x

4.5

Q

FN

POW

ER M

ANAG

EMEN

T: P

ower

Sw

itche

s

Part

#D

escr

iptio

nU

SB P

ort P

ower

Sw

itch

(55

mΩ

)H

igh-

Spee

d U

SB 2

.0 S

witc

hBa

ttery

Cha

rger

Em

ulat

ion

Profi

le8

Resi

stor

Set

C

urre

nt L

imits

Cha

rgin

g In

dica

tor

Out

put

Atta

ch

Det

ectio

n O

utpu

tC

urre

nt

Mea

sure

men

tPo

wer

Al

loca

tion

Inte

rface

Pack

ages

USB

Por

t Pow

er C

ontro

llers

UCS1

001-

1US

B Po

rt Po

wer

Con

trolle

r with

Ch

arge

r Em

ulat

ion

11

9Up

to 2

.4A

ü–

––

Disc

rete

I/O

20-p

in 4

× 4

QFN

UCS1

001-

2US

B Po

rt Po

wer

Con

trolle

r with

Ch

arge

r Em

ulat

ion

11

9Up

to 2

.4A

–ü

––

Disc

rete

I/O

20-p

in 4

× 4

QFN

UCS1

001-

3US

B Po

rt Po

wer

Con

trolle

r with

Ch

arge

r Em

ulat

ion

11

9Up

to 2

.4A

ü–

––

Disc

rete

I/O

20-p

in 4

× 4

QFN

UCS1

001-

4US

B Po

rt Po

wer

Con

trolle

r with

Ch

arge

r Em

ulat

ion

11

9Up

to 2

.4A

–ü

––

Disc

rete

I/O

20-p

in 4

× 4

QFN

UCS1

002-

1Pr

ogra

mm

able

USB

Port

Pow

er

Cont

rolle

r with

Cha

rger

Em

ulat

ion

11

9 +

1 pr

ogra

mm

able

Up to

2.4

Aü

–ü

üI2

C/SM

Bus

20-p

in 4

× 4

QFN

UCS1

002-

2Pr

ogra

mm

able

USB

Port

Pow

er

Cont

rolle

r with

Cha

rger

Em

ulat

ion

11

9 +

1 pr

ogra

mm

able

Up to

2.4

Aü

–ü

üI2 C

/SM

Bus

20-p

in 4

× 4

QFN

UCS1

003-

1Pr

ogra

mm

able

USB

Port

Pow

er

Cont

rolle

r with

Cha

rger

Em

ulat

ion

11

9 +

1 pr

ogra

mm

able

Up to

3A

–ü

üü

I2 C/S

MBu

s20

-pin

4 ×

4 Q

FN

UCS1

003-

2Pr

ogra

mm

able

USB

Port

Pow

er

Cont

rolle

r with

Cha

rger

Em

ulat

ion

11

9Up

to 3

Aü

––

–Di

scre

te I/

O20

-pin

4 ×

4 Q

FN

UCS1

003-

3Pr

ogra

mm

able

USB

Port

Pow

er

Cont

rolle

r with

Cha

rger

Em

ulat

ion

11

9Up

to 3

A–

ü–

–Di

scre

te I/

O20

-pin

4 ×

4 Q

FN

UCS8

1003

Prog

ram

mab

le US

B Po

rt Po

wer

Co

ntro

ller A

utom

otive

11

9 +

1 pr

ogra

mm

able

Up to

3A

–ü

üü

I2 C/S

MBu

s28

-pin

5 ×

5 Q

FN


POW

ER M

ANAG

EMEN

T: P

ower

Sw

itche

s (C

ontin

ued)

Cur

rent

Lim

it U

SB P

rote

ctio

n Sw

itche

s

Part

#C

hann

els

Vin R

ange

(V)

Fixe

d C

urre

nt L

imit

(Min

.)Ad

j. C

urre

nt

Lim

it (M

ax.)

Rds(

on)

(mΩ

)C

urre

nt

Lim

ited/

Latc

hed

Reve

rse

Bloc

king

Enab

le L

ogic

ULV

OTh

erm

al

Prot

ectio

nFa

ult

Flag

Cur

rent

M

easu

rem

ent

Pack

ages

UCS2

114

Dual

2.9–

5.5

3.0A

3.4A

18ü

üAc

tive

Low,

Act

ive H

igh

üü

üü

20-p

in 3

× 3

QFN

UCS2

113

Dual

2.9–

5.5

3.0A

3.4A

40ü

üAc

tive

Low,

Act

ive H

igh

üü

üü

20-p

in 4

× 4

QFN

UCS2

112

Dual

2.9–

5.5

3.0A

3.4A

40ü

üAc

tive

Low,

Act

ive H

igh

üü

üü

20-p

in 4

× 4

QFN

MIC

2003

/13

Sing

le2.

5–5.

550

0 m

A, 8

00 m

A, 1

.2A

–70

ü–

–ü

ü–

–5-

pin

SOT2

3, 2

× 2

MIC

2004

/14

Sing

le2.

5–5.

550

0 m

A, 8

00 m

A, 1

.2A

–70

ü–

Activ

e Hi

ghü

ü–

–5-

pin

SOT2

3, 2

× 2

MIC

2005

/15

Sing

le2.

5–5.

550

0 m

A, 8

00 m

A, 1

.2A

–70

ü–

Activ

e Hi

ghü

üü

–5-

pin

SOT2

3, 6

-pin

SO

T23,

2

× 2

MIC

2005

ASi

ngle

2.5–

5.5

500

mA

–17

0ü

–Ac

tive

Low,

Act

ive H

igh

üü

ü–

5-pi

n SO

T23,

6-p

in S

OT2

3

MIC

2009

ASi

ngle

2.5–

5.5

–90

0 m

A17

0ü

–Ac

tive

Low,

Act

ive H

igh

üü

––

6-pi

n SO

T23

MIC

2005

LSi

ngle

2.5–

5.5

500

mA,

800

mA,

1.2

A–

70ü

–Ac

tive

Low

üü

ü–

5-pi

n SO

T23

MIC

2007

/17

Sing

le2.

5–5.

5–

2.0A

100

ü–

Activ

e Hi

ghü

ü–

–6-

pin

SOT2

3, 2

× 2

MIC

2008

/18

Sing

le2.

5–5.

5–

2.0A

70ü

–Ac

tive

High

üü

––

6-pi

n SO

T23,

2 ×

2

MIC

2009

/19

Sing

le2.

5–5.

5–

2.0A

70ü

–Ac

tive

High

üü

ü–

6-pi

n SO

T23,

2 ×

2

MIC

2025

-1Si

ngle

2.7–

5.5

500

mA

–14

0ü

üAc

tive

High

üü

ü–

8-pi

n SO

IC, 8

-pin

MSO

P

MIC

2025

-2Si

ngle

2.7–

5.5

500

mA

–14

0ü

üAc

tive

Low

üü

ü–

8-pi

n SO

IC, 8

-pin

MSO

P

MIC

2026

-1Du

al2.

7–5.

550

0 m

A–

90ü

üAc

tive

High

üü

ü–

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

2026

-2Du

al2.

7–5.

550

0 m

A–

90ü

üAc

tive

Low

üü

ü–

8-pi

n SO

IC, 8

-pin

PDI

P

MIC

2026

A-1

Dual

2.7–

5.5

500

mA

–10

0ü

üAc

tive

High

üü

ü–

8-pi

n SO

IC

MIC

2026

A-2

Dual

2.7–

5.5

500

mA

–10

0ü

üAc

tive

Low

üü

ü–

8-pi

n SO

IC

MIC

2027

-1Q

uad

2.7–

5.5

500

mA

–15

0ü

üAc

tive

High

üü

ü–

16-p

in S

OIC

, 16-

pin

WSO

IC

MIC

2027

-2Q

uad

2.7–

5.5

500

mA

–15

0ü

üAc

tive

Low

üü

ü–

16-p

in S

OIC

, 16-

pin

WSO

IC

MIC

2033

Sing

le2.

5–5.

547

5 m

A, 5

17 m

A, 7

60

mA,

950

mA,

1.1

4A–

125

ü–

Activ

e Lo

w, A

ctive

Hig

hü

üü

–6-

pin

SOT-

23, 6

-pin

DFN

*

MIC

2039

Sing

le2.

5–5.

5–

2.5A

75ü

–Ac

tive

Low,

Act

ive H

igh

üü

ü–

6-pi

n SO

T-23

, 2 ×

2*

MIC

2040

-1Si

ngle

0.8–

5.5

–1.

5A75

üü

Activ

e Hi

ghü

üü

–10

-pin

MSO

P

MIC

2040

-2Si

ngle

0.8–

5.5

–1.

5A75

üü

Activ

e Lo

wü

üü

–10

-pin

MSO

P

MIC

2041

-1Si

ngle

0.8–

5.5

–1.

5A75

Latc

hed

üAc

tive

High

üü

ü–

10-p

in M

SOP

MIC

2041

-2Si

ngle

0.8–

5.5

–1.

5A75

Latc

hed

üAc

tive

Low

üü

ü–

10-p

in M

SOP

MIC

2042

-1Si

ngle

0.8–

5.5

–3.

0A60

üü

Activ

e Hi

ghü

üü

–8-

pin

SOIC

, 14-

pin

TSSO

P

MIC

2042

-2Si

ngle

0.8–

5.5

–3.

0A60

üü

Activ

e Lo

wü

üü

–8-

pin

SOIC

, 14-

pin

TSSO

P

MIC

2043

-1Si

ngle

0.8–

5.5

–3.

0A60

Latc

hed

üAc

tive

High

üü

ü–

8-pi

n SO

IC, 1

4-pi

n TS

SOP

MIC

2043

-2Si

ngle

0.8–

5.5

–3.

0A60

Latc

hed

üAc

tive

Low

üü

ü–

8-pi

n SO

IC, 1

4-pi

n TS

SOP

MIC

2044

-1Si

ngle

0.8–

5.5

–6.

0A30

üü

Activ

e Hi

ghü

üü

–16

-pin

TSS

OP

MIC

2044

-2Si

ngle

0.8–

5.5

–6.

0A30

üü

Activ

e Lo

wü

üü

–16

-pin

TSS

OP

*Red

uced

Heig

ht P

acka

ge


POW

ER M

ANAG

EMEN

T: L

oad

Switc

hes

Part

#C

hann

els

Vin R

ange

(V)

Max

. Sw

itch

Cur

rent

Rds(

on) (

mΩ

)So

ft St

art (

μs)

Load

Dis

char

ge (Ω

)En

able

Log

icIn

put P

ull-U

p Re

sist

orRe

vers

e Bl

ocki

ngPa

ckag

es

MIC

9403

0Si

ngle

2.7–

13.5

1.0

750

––

Activ

e Lo

w–

ü4-

pin

SOT1

43

MIC

9404

0Si

ngle

1.7–

5.5

3.0

28–

–Ac

tive

High

––

4-pi

n 1.

2 ×

1.2

MLF

MIC

9404

1Si

ngle

1.7–

5.5

3.0

28–

250

Activ

e Hi

gh–

–4-

pin

1.2

× 1.

2 M

LF

MIC

9404

2Si

ngle

1.7–

5.5

3.0

2810

0–

Activ

e Hi

gh–

–4-

pin

1.2

× 1.

2 M

LF

MIC

9404

3Si

ngle

1.7–

5.5

3.0

28–

250

Activ

e Hi

gh–

–4-

pin

1.2

× 1.

2 M

LF

MIC

9404

4Si

ngle

1.7–

5.5

3.0

2890

0–

Activ

e Hi

gh–

–4-

pin

1.2

× 1.

2 M

LF

MIC

9404

5Si

ngle

1.7–

5.5

3.0

2890

020

0Ac

tive

High

––

4-pi

n 1.

2 ×

1.2

MLF

MIC

9405

0Si

ngle

1.8–

5.5

1.8

125

––

Activ

e Lo

w–

ü4-

pin

SOT1

43

MIC

9405

1Si

ngle

1.8–

5.5

1.8

125

––

Activ

e Lo

wü

ü4-

pin

SOT1

43

MIC

9405

2Si

ngle

1.8–

5.5

2.0

70–

–Ac

tive

Low

––

6-pi

n SC

70

MIC

9405

3Si

ngle

1.8–

5.5

2.0

70–

–Ac

tive

Low

ü–

6-pi

n SC

70

MIC

9406

0Si

ngle

1.7–

5.5

2.0

77–

–Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.6

MIC

9406

1Si

ngle

1.7–

5.5

2.0

77–

200

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.6

MIC

9406

2Si

ngle

1.7–

5.5

2.0

7780

0–

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.6

MIC

9406

3Si

ngle

1.7–

5.5

2.0

7780

020

0Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.6

MIC

9406

4Si

ngle

1.7–

5.5

2.0

7711

5–

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.6

MIC

9406

5Si

ngle

1.7–

5.5

2.0

7711

520

0Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.6

MIC

9407

0Si

ngle

1.7–

5.5

1.2

120

––

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.6

MIC

9407

1Si

ngle

1.7–

5.5

1.2

120

–20

0Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.6

MIC

9407

2Si

ngle

1.7–

5.5

1.2

120

800

–Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.6

MIC

9407

3Si

ngle

1.7–

5.5

1.2

120

800

200

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.6

MIC

9408

0Si

ngle

1.7–

5.5

2.0

67–

–Ac

tive

High

––

4-pi

n 0.

85 ×

0.8

5 TM

LF

MIC

9408

1Si

ngle

1.7–

5.5

2.0

67–

250

Activ

e Hi

gh–

–4-

pin

0.85

× 0

.85

TMLF

MIC

9408

2Si

ngle

1.7–

5.5

2.0

6780

0–

Activ

e Hi

gh–

–4-

pin

0.85

× 0

.85

TMLF

MIC

9408

3Si

ngle

1.7–

5.5

2.0

6780

025

0Ac

tive

High

––

4-pi

n 0.

85 ×

0.8

5 TM

LF

MIC

9408

4Si

ngle

1.7–

5.5

2.0

6712

0–

Activ

e Hi

gh–

–4-

pin

0.85

× 0

.85

TMLF

MIC

9408

5Si

ngle

1.7–

5.5

2.0

6712

025

0Ac

tive

High

––

4-pi

n 0.

85 ×

0.8

5 TM

LF

MIC

9409

0Si

ngle

1.7–

5.5

1.2

130

––

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.2

MIC

9409

1Si

ngle

1.7–

5.5

1.2

130

–25

0Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.2

MIC

9409

2Si

ngle

1.7–

5.5

1.2

130

790

–Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.2

MIC

9409

3Si

ngle

1.7–

5.5

1.2

130

790

250

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.2

MIC

9409

4Si

ngle

1.7–

5.5

1.2

130

120

–Ac

tive

High

––

6-pi

n SC

70, 1

.2 ×

1.2

MIC

9409

5Si

ngle

1.7–

5.5

1.2

130

120

250

Activ

e Hi

gh–

–6-

pin

SC70

, 1.2

× 1

.2

MIC

9416

1Si

ngle

1.7–

5.5

3.0

15.5

2700

–Ac

tive

High

–ü

1.5

× 1

WLC

SP

MIC

9416

2Si

ngle

1.7–

5.5

3.0

15.5

6020

0Ac

tive

High

–ü

1.5

× 1

WLC

SP

MIC

9416

3Si

ngle

1.7–

5.5

3.0

15.5

60–

Activ

e Hi

gh–

ü1.

5 ×

1 W

LCSP

MIC

9416

4Si

ngle

1.7–

5.5

3.0

15.5

2700

200

Activ

e Hi

gh–

ü1.

5 ×

1 W

LCSP

MIC

9416

5Si

ngle

1.7–

5.5

3.0

15.5

2700

–Ac

tive

High

–ü

1.5

× 1

WLC

SP


POW

ER M

ANAG

EMEN

T: L

oad

Switc

hes

Part

#C

hann

els

Vin R

ange

(V)

Max

. Sw

itch

Cur

rent

Rds(

on) (

mΩ

)So

ft St

art (

μs)

Load

Dis

char

ge (Ω

)En

able

Log

icIn

put P

ull-U

p Re

sist

orRe

vers

e Bl

ocki

ngPa

ckag

es

MIC

9541

0Si

ngle

0.5–

5.5

7.0

6.6

1100

2300

Activ

e Hi

gh–

–10

-pin

1.2

× 2

.0 Q

FN

MIC

9406

6Du

al1.

7–5.

52

85–

–Ac

tive

High

––

8-pi

n 2

× 2

MLF

MIC

9406

7Du

al1.

7–5.

52

85–

200

Activ

e Hi

gh–

–8-

pin

2 ×

2 M

LF

MIC

9406

8Du

al1.

7–5.

52

8580

0–

Activ

e Hi

gh–

–8-

pin

2 ×

2 M

LF

MIC

9406

9Du

al1.

7–5.

52

8580

020

0Ac

tive

High

––

8-pi

n 2

× 2

MLF

*Red

uced

Heig

ht P

acka

ge


DIS

PLAY

AN

D L

ED D

RIV

ERS

DIS

PLAY

AN

D L

ED D

RIVE

RS:

Elec

trolu

min

esce

nt B

ackl

ight

Driv

ers

Part

#Ty

peIn

put V

olta

ge

Low

(V)

Inpu

t Vol

tage

H

igh

(V)

Nom

inal

Out

put

Volta

ge (V

)M

ax. S

witc

h Re

sist

ance

(Ω)

Out

put R

egul

atio

nM

ax. L

amp

Size

per

Dev

ice

(in2 )

Pack

ages

16-S

egm

ent D

river

sHV

509

16-S

egm

ent D

river

s2

5.5

±50

to ±

200

––

6.5

32-p

in V

QFN

HV52

816

-Seg

men

t Driv

ers

1.7

5.5

±50

to ±

200

––

6.5

32-p

in V

QFN

Offl

ine

Driv

ers

HV80

9O

ffline

Driv

er50

200

±50

to ±

200

––

100

8-pi

n SO

IC, 8

-pin

SO

IC 1

50 m

ilSi

ngle

Lam

p D

river

sHV

816

Sing

le La

mp

Drive

r2.

75.

5±1

80–

Yes

4216

-pin

QFN

HV82

3Si

ngle

Lam

p Dr

iver

29.

5±9

06

Yes

238-

pin

SOIC

150

mil

HV82

5Si

ngle

Lam

p Dr

iver

11.

6±5

615

No3

8-pi

n M

SOP,

8-p

in S

OIC

150

mil

HV83

0Si

ngle

Lam

p Dr

iver

29.

5±1

004

Yes

258-

pin

SOIC

150

mil

HV83

3Si

ngle

Lam

p Dr

iver

1.8

6.5

±90

4Ye

s12

8-pi

n M

SOP

HV85

0Si

ngle

Indu

ctor

less

Lam

p Dr

iver

34.

2±7

0–

Yes

1.5

8-pi

n M

SOP

HV85

2Si

ngle

Indu

ctor

less

Lam

p Dr

iver

2.4

5±8

0–

Yes

1.5

10-p

in W

DFN,

8-p

in M

SOP

HV85

3Si

ngle

Indu

ctor

less

Lam

p Dr

iver

3.2

5±8

0–

Yes

1.5

10-p

in W

DFN,

8-p

in M

SOP

HV85

7Si

ngle

Lam

p Dr

iver

1.8

5±9

56

Yes

58-

pin

WDF

N, 8

-pin

MSO

PHV

857L

Sing

le La

mp

Drive

r1.

85

±95

6Ye

s5

8-pi

n W

DFN,

8-p

in M

SOP

HV85

9Si

ngle

Lam

p Dr

iver

1.8

5±1

056

Yes

58-

pin

WDF

N, 8

-pin

MSO

PHV

860

Sing

le La

mp

Drive

r2.

54.

5±1

106

Yes

512

-pin

WQ

FNM

IC48

26Si

ngle

Lam

p Dr

iver

1.8

5.5

±80

7Ye

s3

8-pi

n M

SOP

MIC

4827

Sing

le La

mp

Drive

r1.

85.

5±9

07

Yes

38-

pin

MSO

PM

IC48

30Si

ngle

Lam

p Dr

iver

1.8

5.5

±90

7Ye

s4

8-pi

n M

SOP,

8-p

in V

DFN

MIC

4832

Sing

le La

mp

Drive

r1.

85.

5±1

107

Yes

38-

pin

MSO

P, 8

-pin

VDF

ND

ual L

amp

Driv

ers

HV86

1Du

al La

mp

Drive

rs2.

54.

5±9

07

Yes

516

-pin

WQ

FNM

IC48

33Du

al La

mp

Drive

rs2.

35.

8±1

1012

Yes

412

-pin

VDF

N

DIS

PLAY

AN

D L

ED D

RIVE

RS:

LED

Driv

ers

Part

#Ap

plic

atio

nTo

polo

gyIn

put V

olta

ge (V

)O

uput

Cur

rent

Dim

min

gPa

ckag

esAu

tom

otiv

e (A

EC-Q

100

Cer

tified

) LED

Driv

ers

AT99

17Au

toBo

ost,

Sepi

c5.

3–40

Exte

rnal

FET

PWM

/Lin

ear

24- p

in T

SSO

PAT

9919

Auto

Buck

4.5–

40Ex

tern

al FE

TPW

M8-

pin

DFN

AT99

32Au

toBo

ost-B

uck

(Cuk

)5.

3–40

Exte

rnal

FET

PWM

/Lin

ear

24-p

in T

SSO

PAT

9933

Auto

Boos

t-Buc

k (C

uk)

9.0–

75Ex

tern

al FE

TPW

M8-

pin

SOIC

MAQ

3203

Auto

Buck

4.5-

42Ex

tern

al FE

TPW

M8-

pin

SOIC

Gen

eral

Pur

pose

LED

Driv

ers

Part

#To

polo

gyIn

put V

olta

ge (V

)D

imm

ing

Iq T

yp. (

mA)

Switc

hing

Fre

quen

cy (H

z)Sw

itchi

ng M

OSF

ETD

ither

edIL

ED A

ccur

acy

Vfb

(V)

Pack

ages

HV98

01A

Buck

15–4

504-

Leve

l Sw

itch

1.0

100K

Exte

rnal

FET

–N/

A0.

2516

-pin

SO

IC 1

50 m

il, 8-

pin

SOIC

150

mil

HV98

03B

Buck

7–13

.2PW

M/L

inea

r1.

510

0KEx

tern

al FE

T–

±2%

0.28

8-pi

n SO

IC 1

50 m

ilHV

9805

2-St

age

102–

265

–2.

537

0K0.

7A F

ET–

N/A

1.25

10-p

in M

SOP

HV98

100

Buck

-Boo

st9.

5–17

.5–

0.2

320K

Exte

rnal

FET

–±5

%0.

26-

pin

SOT-

23HV

9810

1Bu

ck-B

oost

9.5–

17.5

–0.

232

0KEx

tern

al FE

T–

±5%

0.2

6-pi

n SO

T-23

HV98

61A

Buck

15–4

50PW

M/L

inea

r1.

510

0KEx

tern

al FE

T–

±3%

0.27

16-p

in S

OIC

150

mil,

8-pi

n SO

IC 1

50 m

ilHV

9910

BBu

ck8–

450

PWM

/Lin

ear

1.0

100K

Exte

rnal

FET

–±5

%0.

2516

-pin

SO

IC 1

50 m

il, 8-

pin

SOIC

150

mil

HV96

001

Curre

nt

Mod

e Bo

ost

8-60

Extra

Wid

e Ra

nge

PWM

and

Ana

log

200

kHz

Exte

rnal

16/S

OIC

, 16/

QFN


DIS

PLAY

AN

D L

ED D

RIVE

RS:

LED

Driv

ers

(Con

tinue

d)Pa

rt #

Topo

logy

Inpu

t Vol

tage

(V)

Dim

min

gIq

Typ

. (m

A)Sw

itchi

ng F

requ

ency

(Hz)

Switc

hing

MO

SFET

Dith

ered

ILED

Acc

urac

yVf

b (V

)Pa

ckag

esG

ener

al P

urpo

se L

ED D

river

s (C

ontin

ued)

HV99

10C

Buck

15–4

50PW

M/L

inea

r1.

010

0KEx

tern

al FE

T–

±5%

0.25

16-p

in S

OIC

150

mil,

8-pi

n SO

IC 1

50 m

ilHV

9918

Buck

4.5–

40PW

M

1.5

2M0.

7A F

ET–

±5%

0.23

8-pi

n W

DFN

HV99

19B

Buck

4.5–

40PW

M

1.5

2MEx

tern

al FE

T–

±5%

0.23

8-pi

n W

DFN

HV99

21Bu

ck20

–400

–0.

210

0K20

mA

–N/

AN/

A3-

pin

TO-9

2, 3

-pin

SO

T-89

HV99

22Bu

ck20

–400

–0.

210

0K50

mA

–N/

AN/

A3-

pin

TO-9

2, 3

-pin

SO

T-89

HV99

23Bu

ck20

–400

–0.

210

0K30

mA

–N/

AN/

A3-

pin

TO-9

2, 3

-pin

SO

T-89

HV99

25Bu

ck20

–400

PWM

0.3

100K

20–5

0 m

A–

N/A

0.47

8-pi

n SO

ICHV

9930

Cuk

8–20

0PW

M1.

0Va

riabl

eEx

tern

al FE

T–

N/A

0.12

8-pi

n SO

IC 1

50 m

ilHV

9931

Buck

8–45

0PW

M1.

010

0KEx

tern

al FE

T–

N/A

7.5

8-pi

n SO

IC 1

50 m

ilM

IC32

01

Buck

6–20

PWM

1.2

Hyst

to 1

.0M

1A F

ET–

±5%

28-

pin

SOIC

MIC

3202

Buck

6–37

PWM

1.2

Hyst

to 1

.0M

1A F

ETü

±5%

28-

pin

SOIC

MIC

3202

-1Bu

ck6–

37PW

M1.

2Hy

st to

1.0

M1A

FET

–±5

%2

8-pi

n SO

ICM

IC32

03

Buck

4.5–

42PW

M1.

0Hy

st to

1.5

MEx

tern

al FE

Tü

±5%

28-

pin

SOIC

MIC

3203

-1Bu

ck4.

5–42

PWM

1.0

Hyst

to 1

.5M

Exte

rnal

FET

–±5

%2

Plea

se c

all fo

r pac

kage

info

rmat

ion

MIC

3205

Buck

4.5–

40PW

M1.

3Hy

st to

1M

Exte

rnal

FET

–±5

%2

10-p

in V

DFN

MIC

3230

Bo

ost

6–45

PWM

3.2

100K

–1.0

MEx

tern

al FE

T–

±3%

0.25

16-p

in T

SSO

P, 1

2-pi

n VD

FNM

IC32

31

Boos

t6–

45PW

M3.

210

0K–1

.0M

Exte

rnal

FET

ü±3

%0.

2516

-pin

TSS

OP,

12-

pin

VDFN

MIC

3232

Bo

ost

6–45

PWM

3.2

400K

Exte

rnal

FET

–±3

%0.

2510

-pin

MSO

P

Back

light

LED

Driv

ers

Part

#To

polo

gyIn

put V

olta

ge (V

)D

imm

ing

Iq T

yp. (

mA)

Out

put C

urre

ntIn

t. D

iode

Vfb

(V)

Freq

uenc

yPa

ckag

esHV

9803

Buck

7–13

.2PW

M/L

inea

r1.

5Ex

tern

al FE

TN/

A0.

810

0K8-

pin

SOIC

150

mil

HV99

11Bo

ost,

SEPI

C, B

uck-

Boos

t9–

250

PWM

/Lin

ear

N/A

Exte

rnal

FET

N/A

0.45

100K

16-p

in S

OIC

150

mil

HV99

12Bo

ost,

SEPI

C, B

uck-

Boos

t9–

100

PWM

/Lin

ear

N/A

Exte

rnal

FET

N/A

0.45

100K

16-p

in S

OIC

150

mil

HV99

61Bu

ck8–

450

PWM

/Lin

ear

3.5

Exte

rnal

FET

N/A

0.27

100K

8-pi

n SO

IC 1

50 m

il, 16

-pin

SO

IC 1

50m

ilHV

9963

Boos

t, SE

PIC,

Buc

k-Bo

ost

8–40

PWM

/Lin

ear

N/A

Exte

rnal

FET

N/A

N/A

100K

16-p

in S

OIC

150

mil

HV99

67B

Buck

8–60

PWM

/Lin

ear

N/A

1A F

ETN/

A0.

2410

0K8-

pin

MSO

P, 8

-pin

WDF

NHV

9980

Buck

100–

160

PWM

/Lin

ear

3.0

0.07

A FE

TN/

AN/

A50

0K24

-pin

SO

IC 3

00 m

ilHV

9985

Boos

t, SE

PIC,

Buc

k10

–40

PWM

/Lin

ear

1.5

Exte

rnal

FET

N/A

N/A

500K

40-p

in V

QFN

MIC

2282

Boos

t0.

9–15

N/A

0.12

1A B

JTN/

A0.

2220

K8-

pin

MSO

PM

IC22

87Bo

ost

2.5–

10PW

M/A

nalo

g2.

52A

BJT

N/A

0.09

51.

2M5-

pin

TSO

T, 8

-pin

VDF

NM

IC22

87C

Boos

t2.

5–10

PWM

/Ana

log

2.5

2A B

JTN/

A0.

095

1.2M

5-pi

n TS

OT,

8-p

in V

DFN

MIC

2289

Boos

t2.

5–10

PWM

/Ana

log

2.5

2A B

JTYe

s0.

095

1.2M

6-pi

n TS

OT,

8-p

in V

DFN

MIC

2289

CBo

ost

2.5–

10PW

M/A

nalo

g2.

52A

BJT

Yes

0.09

51.

2M6-

pin

TSO

TM

IC22

91Bo

ost

2.5–

10PW

M/A

nalo

g2.

82A

BJT

N/A

0.09

51.

2M5-

pin

TSO

T, 8

-pin

VDF

NM

IC22

92Bo

ost

2.5–

10PW

M/A

nalo

g2.

52A

BJT

Yes

0.09

51.

6M8-

pin

VDFN

MIC

2292

CBo

ost

2.5–

10PW

M/A

nalo

g2.

52A

BJT

Yes

0.09

51.

6M8-

pin

VDFN

MIC

2293

Boos

t2.

5–10

PWM

/Ana

log

2.5

2A B

JTYe

s0.

095

2.0M

8-pi

n VD

FNM

IC22

93C

Boos

t2.

5–10

PWM

/Ana

log

2.5

2A B

JTYe

s0.

095

2.0M

8-pi

n VD

FNM

IC22

97Bo

ost

2.5–

10PW

M/A

nalo

g4

3A B

JTN/

A0.

260

0K10

-pin

VDF

NM

IC22

98Bo

ost

2.5–

10PW

M/A

nalo

g15

6A B

JTN/

A0.

21.

0M12

-pin

VDF

NM

IC22

99Bo

ost

2.5–

10PW

M/A

nalo

g15

8A B

JTN/

A0.

22.

0M12

-pin

VDF

NM

IC32

23Bo

ost

4.5–

20PW

M2.

110

A FE

TN/

A0.

21.

0M16

-pin

TSS

OP

MIC

3263

Boos

t6–

40PW

M6.

52A

BJT

N/A

2.36

400K

–1.8

M24

-pin

VQ

FNM

IC32

87Bo

ost

2.8–

6.5

PWM

/Ana

log

2.1

1A B

JTN/

A0.

251.

2M5-

pin

TSO

T, 6

-pin

TSO

T, 8

-pin

VDF

NM

IC32

89Bo

ost

2.5–

6.5

1-W

ire1.

42A

BJT

Yes

0.25

1.2M

6-pi

n TS

OT,

8-p

in V

DFN


DIS

PLAY

AN

D L

ED D

RIVE

RS:

LED

Driv

ers

(Con

tinue

d)

Part

#In

put V

olta

ge (V

)#

of W

hite

LED

sD

imm

ing

Iq T

yp. (

mA)

V D

ropo

ut L

ED @

20

mA

ILED

Mat

chin

gEx

t. LD

Os

Vdro

pou

tIQ

LDO

Com

men

tsPa

ckag

esLi

near

LED

Driv

ers

MIC

2841

A 3–

5.5

4 @

20

mA

PWM

(200

Hz–

500

kHz)

1.4

40 m

V±1

.5%

––

–DA

M™

10-p

in U

DFN

MIC

2842

A 3–

5.5

4 @

20

mA

1-W

ire, 4

8-St

eps

1.4

40 m

V±1

.5%

––

–DA

M10

-pin

UDF

NM

IC28

43A

3–5.

56

@ 2

0 m

APW

M (2

00 H

z–50

0 kH

z)1.

440

mV

±1.5

%–

––

DAM

10-p

in U

DFN

MIC

2844

A 3–

5.5

6 @

20

mA

1-W

ire, 4

8-St

eps

1.4

40 m

V±1

.5%

––

–DA

M10

-pin

UDF

NM

IC28

46A

3–5.

56

@ 2

0 m

A1-

Wire

, 48-

Step

s1.

440

mV

±1.5

%2

150

35DA

M14

-pin

VQ

FNM

IC28

60-2

D3–

5.5

2 @

30.

2 m

A1-

Wire

, 32-

Step

s0.

752

mV

±0.5

%–

––

6-pi

n SC

70, 6

-pin

SO

T-23

MIC

2860

-2P

3–5.

52

@ 3

0.2

mA

PWM

dow

n to

250

Hz0.

752

mV

±0.5

%–

––

6-pi

n SC

70, 6

-pin

SO

T-23

MIC

4811

3–5.

56

@ 5

0 m

APW

M (2

00 H

z–50

0 kH

z)1.

710

0 m

V @

50

mA

±1.0

%–

––

DAM

10-p

in M

SOP

MIC

4812

3–5.

56

@ 1

00 m

APW

M (2

00 H

z–50

0 kH

z)3.

219

0 m

V @

100

mA

±1.0

%–

––

DAM

10-p

in e

MSO

PM

IC48

013–

5.5

1 @

600

mA

PWM

(200

Hz–

500

kHz)

2.2

130

mV

@ 4

00 m

AN/

A–

––

±1%

Acc

urac

y8-

pin

SOIC

MIC

4802

3–5.

51

@ 8

00 m

APW

M (2

00 H

z–50

0 kH

z)4.

128

0 m

V @

800

mA

N/A

––

–±1

% A

ccur

acy

8-pi

n eS

OIC

Line

ar R

egul

ator

s

Part

#In

put V

olta

ge (V

)O

utpu

t Vol

tage

(V)

Out

put C

urre

nt (m

A)D

imm

ing

Para

llela

ble

Pack

ages

Feat

ures

CL2

5.0–

905.

0–90

20Ex

tern

al FE

TYe

s3-

pin

TO-2

52, 3

-pin

TO

-92,

3-p

in S

OT-

89–

CL25

5.0–

905.

0–90

25Ex

tern

al FE

TYe

s3-

pin

TO-9

2, 3

-pin

SO

T-89

–CL

220

5.0–

220

5.0–

220

20Ex

tern

al FE

TYe

s3-

pin

TO-2

52, 3

-pin

TO

-220

–CL

320

6.5–

904.

0–90

20PW

MYe

s8-

bit S

OIC

with

Hea

t Slu

gO

TP, s

epar

ate

ENAB

LE p

inCL

325

6.5–

904.

0–90

25PW

MYe

s8-

bit S

OIC

with

Hea

t Slu

gO

TP, s

epar

ate

ENAB

LE p

inCL

330

6.5–

904.

0–90

30PW

MYe

s8-

bit S

OIC

with

Hea

t Slu

gO

TP, s

epar

ate

ENAB

LE p

inCL

520

4.75

–90

1.0–

9020

–Ye

s3-

pin

TO-2

52, 3

-pin

TO

-92

–CL

525

4.75

–90

1.0–

9025

–Ye

s3-

pin

TO-2

52, 3

-pin

TO

-92

–CL

66.

5–90

4.0–

9010

0No

Yes

3-pi

n TO

-252

, 3-p

in T

O-2

20Re

vers

e po

larity

pro

tect

ion,

OTP

CL7

6.5–

904.

0–90

100

PWM

Yes

8-pi

n SO

IC w

ith H

eat S

lug

Reve

rse

polar

ity p

rote

ctio

n, O

TP

Dis

play

LED

Driv

ers

Part

#In

put V

olta

ge (V

)Si

nk C

urre

nt (m

A)Se

gmen

tsLE

Ds

Des

crip

tion

Pack

ages

MIC

5400

4.75

–5.5

30N/

A2

bank

s of

8Dr

iving

Lar

ge L

ED A

rray

in S

igns

28

-pin

SO

ICM

M54

504.

75–1

115

34N/

A7-

Segm

ent L

ED D

river

with

EN

40-p

in P

DIP,

44-

pin

PLCC

MM

5451

4.75

–11

1535

N/A

7-Se

gmen

t LED

Driv

er40

-pin

PDI

P, 4

4-pi

n PL

CC

Sequ

entia

l Lin

ear L

ED D

river

s

Part

#Vi

n (V

)Vo

ut (

V)O

utpu

t Cur

rent

(mA)

Dim

min

gPa

ralle

labl

eFe

atur

esPa

ckag

esCL

8800

90–2

7570

–350

115

Exte

rnal

Dim

mer

Yes

6-St

age

33-p

in Q

FNCL

8801

90–2

7570

–350

200

Exte

rnal

Dim

mer

Yes

4-St

age

33-p

in Q

FNCL

8802

090

–135

70–1

9011

5Ex

tern

al Di

mm

erYe

s4-

Tap

8-pi

n SO

IC E

PC

L880

3090

320

N/A

Exte

rnal

Yes

10-ld

QFN

(3m

m x

3m

m)

4-Ta

p, A

LR, O

TP, I

out F

ET D

epen

dent

CL8

8031

9032

0N

/AEx

tern

alYe

s10

-ld Q

FN (3

mm

x 3

mm

)6-

Tap,

ALR

, OTP

, Iou

t FET

Dep

ende

nt

Cam

era

Flas

h LE

D D

river

s

Part

#In

put V

olta

ge (V

)#

of L

ED C

hann

els

Max

. LED

Cur

rent

(mA)

Stan

dby

Cur

rent

(mA)

Switc

h Fr

eque

ncy

(MH

z)Pe

ak E

ffici

ency

(%)

Cur

rent

Acc

urac

y (%

)In

terfa

cePa

ckag

esM

IC28

702.

7–5

215

000.

902

94±1

0I2 C

16-p

in T

QFN

MIC

2871

2.7–

5.5

112

000.

232

94±5

Sing

le-W

ire14

-pin

LDF

NM

IC28

732.

7–5.

51

1200

0.17

292

±8Si

ngle-

Wire

9-pi

n W

LCSP

MIC

2874

2.7–

5.5

112

000.

174

92±8

Sing

le-W

ire9-

pin

WLC

SP


HIG

H-V

OLT

AGE

INTE

RFA

CE

HIG

H-V

OLT

AGE

INTE

RFAC

E: D

river

Arra

ys

Part

#O

utpu

t C

hann

els

Vou

t Ope

ratin

g (V

) Tra

nsie

ntVo

ut O

pera

ting

(V) S

usta

ined

Inpu

t St

ruct

ure

Des

crip

tion

Sink HV

5122

3225

022

5Se

rial

Seria

l to

para

llel c

onve

rter w

ith o

utpu

t ena

ble

and

stro

be

HV52

2232

250

225

Seria

lSe

rial t

o pa

ralle

l con

verte

r with

out

put e

nabl

e an

d st

robe

HV

5522

3223

022

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

5523

3223

022

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

5530

3231

530

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

5622

3223

022

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

5623

3225

022

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

5630

3231

530

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g M

IC58

004

5050

Para

llel

4.4

MHz

(min

.) Da

ta a

t 5V,

Hig

her a

t 12V

; TTL

/CM

OS/

PMO

S Lo

gic;

Inte

grat

ed c

lamp

diod

es; C

LR/S

trobe

/Ena

ble

Out

MIC

5801

850

50Pa

ralle

l4.

4 M

Hz (m

in.)

Data

at 5

V, H

ighe

r at 1

2V; T

TL/C

MO

S/PM

OS

Logi

c; In

tegr

ated

clam

p di

odes

; CLR

/Stro

be/E

nabl

e O

utM

IC58

218

5035

Seria

lSi

mila

r to

MIC

5801

, Add

s th

erm

al Sh

utdo

wn,

UVL

O, O

CPM

IC58

228

8050

Seria

l8-

bit S

Rs (C

asca

dabl

e), O

pera

ble

with

spl

it su

pply

(to −

20V)

, 3.3

MHz

(min

.) Da

ta a

t 5V,

TTL

/CM

OS/

PMO

S/NM

OS

Logi

cM

IC58

418

5035

Seria

l8-

bit S

Rs (C

asca

dabl

e), O

pera

ble

with

spl

it su

pply

(to −

20V)

, 3.3

MHz

(min

.) Da

ta a

t 5V,

Hig

her a

t 12V

, TTL

/CM

OS/

PMO

S/NM

OS

Logi

c

MIC

5842

880

50Se

rial

8-bi

t SRs

(Cas

cada

ble)

, Ope

rabl

e w

ith s

plit

supp

ly (to

−20

V), 3

.3 M

Hz (m

in.)

Data

at 5

V, H

ighe

r at 1

2V, L

ow P

ower

Log

ic: T

TL/C

MO

S/PM

OS/

NMO

S; In

tern

al Pu

ll Up/

Dow

n Re

s's

MIC

58P0

18

8080

Para

llel

8-bi

t SRs

(Cas

cada

ble)

, Ope

rabl

e w

/Spl

it Su

pply

(to −

20V)

, 3.3

MHz

(min.

) Dat

a at

5V,

High

er a

t 12V

, Low

Pow

er L

ogic:

TTL

/CM

OS/

PMO

S/NM

OS;

Inte

rnal

Pull U

p/Do

wn

Res'

sM

IC58

P42

880

50Se

rial

Sim

ilar t

o M

IC58

42, a

dds

ther

mal

shut

dow

n, U

VLO

, OCP

MIC

59P5

08

8080

Para

llel

Sim

ilar t

o M

IC58

P01,

with

add

ed e

rror fl

ag o

utpu

tM

IC59

P60

880

50Se

rial

Sim

ilar t

o M

IC58

P42,

with

add

ed e

rror fl

ag o

utpu

tSo

urce

HV57

009

6495

85Se

rial

Curre

nt c

ontro

lled

drive

r with

latc

hes

and

blan

king,

two

32-b

it sh

ift re

gist

ers

MIC

2981

/82

850

35Pa

ralle

l8-

Ch. d

river

with

par

allel

I/Os;

TTL

/CM

OS/

PMO

S Lo

gic;

Inte

grat

ed c

lamp

diod

es; V

in<1

2VM

IC58

918

5035

Seria

l8-

bit S

Rs (C

asca

dabl

e), O

pera

ble

with

spl

it su

pply

(to −

20V)

, 5 M

Hz (m

in.) D

ata

at 5

V, In

tegr

ated

clam

p di

odes

; TTL

/CM

OS/

PMO

S/NM

OS

Logi

c; S

trobe

and

out

put e

nabl

eSo

urce

-Sin

kHV

3418

6420

018

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

507

6432

030

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

508

260

45Pa

ralle

lH-

Brid

ge o

utpu

t with

two

outp

ut v

olta

ge le

vel s

elect

ions

and

pol

arity

; Spe

cially

targ

eted

as

LCD

shut

ter d

river

HV51

38

275

250

Seria

lSe

rial t

o pa

ralle

l con

verte

r with

latc

hes,

pol

arity

, and

blan

king

HI-Z

and

sho

rt cir

cuit

dete

ct

HV51

832

9080

Seria

lSe

rial t

o pa

ralle

l con

verte

r with

latc

hes,

ena

ble,

and

stro

be; S

pecia

lly ta

rget

ed a

s va

cuum

-fluo

resc

ent d

isplay

driv

eHV

5308

3290

80Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, a

nd o

utpu

t ena

ble

HV54

0832

9080

Seria

lSe

rial t

o pa

ralle

l con

verte

r with

latc

hes,

and

out

put e

nabl

e HV

574

8090

80Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity, a

nd b

lankin

g HV

5770

864

9080

Seria

lPo

larity

, and

blan

king

with

four

16-

bit s

hift

regi

ster

s HV

5790

864

9080

Seria

lLa

tche

s, b

lankin

g, p

olar

ity, a

nd s

ingl

e sh

ift re

gist

er

HV58

1220

9080

Seria

lSe

rial t

o pa

ralle

l con

verte

r with

latc

hes,

blan

king

and

stro

be

HV58

296

8580

Seria

l96

-Cha

nnel,

with

hig

h-vo

ltage

CM

OS

Out

puts

, 80V

HV58

312

890

80Se

rial

128-

Chan

nel,

with

hig

h-vo

ltage

CM

OS

Out

puts

, 80V

HV66

3270

60Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, p

olar

ity a

nd b

lankin

gHV

6810

1090

80Se

rial

Seria

l to

para

llel c

onve

rter w

ith d

ata

latch

es a

nd c

hann

el po

larity

sele

ctHV

7022

3425

023

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith d

irect

ion,

ena

ble,

and

pol

ary

selec

t; pa

rticu

larly

usef

ul fo

r ACT

FEL

disp

lays

HV72

2440

260

240

Seria

lSe

rial t

o pa

ralle

l con

verte

r with

latc

hes,

and

out

put e

nabl

e HV

7620

3222

520

0Se

rial

Seria

l to

para

llel c

onve

rter w

ith la

tche

s, c

hann

el po

larity

sele

ct, a

nd b

lankin

gHV

9308

3290

80Se

rial

Seria

l to

para

llel c

onve

rter l

atch

es a

nd o

utpu

t ena

ble,

CW

dire

ctio

nal s

hift

HV94

0832

9080

Seria

lSe

rial t

o pa

ralle

l con

verte

r lat

ches

and

out

put e

nabl

e; C

CW d

irect

iona

l shi

ftHV

9808

3290

80Se

rial

Seria

l to

para

llel c

onve

rter l

atch

es, p

olar

ity, a

nd o

utpu

t ena

ble;

CCW

dire

ctio

nal s

hift


HIG

H-V

OLT

AGE

INTE

RFAC

E: A

mpl

ifier

s an

d M

EMS

Driv

ers

Part

#O

utpu

t Cha

nnel

sSl

ew R

ate

(V/μ

s)C

lose

d Lo

op G

ain

(V/V

)Fe

edba

ck R

esis

tanc

e (M

Ω)

Sour

ce C

urre

nt (M

ax. μ

A)Si

nk C

urre

nt (M

ax. μ

A)O

utpu

t Cap

aciti

ve L

oad

(Max

. pF)

Pack

ages

HV25

432

350

1230

030

010

010

0-pi

n M

QFP

HV25

632

272

1271

571

530

0010

0-pi

n M

QFP

HV25

732

272

1250

050

030

0010

0-pi

n M

QFP

HV26

44

966

.75.

330

0030

0015

24-p

in T

SSO

P

HV2

654

0.02

824.

930

00

HIG

H-V

OLT

AGE

INTE

RFAC

E: M

OSF

ETs

– In

terfa

cePa

rt #

BVd

sx M

in. (

V)Rd

s(o

n) M

ax. (

Ω)

Vgs(

off

) Min

. (V)

Vgs(

off

) Max

. (V)

Pack

ages

Dep

letio

n-M

ode

N-C

hann

elLN

D01

91.

4−0

.8−3

5-pi

n SO

T-23

DN15

0990

6−1

.8−3

.53-

pin

SOT-

89, 5

-pin

SO

T-23

DN26

2525

03.

5−1

.5−2

.18-

pin

VDFN

, 3-p

in D

PAK

DN35

2525

06

−1.5

−3.5

3-pi

n SO

T-89

DN25

3030

012

−1−3

.53-

pin

TO-9

2, 3

-pin

SO

T-89

DN35

3535

010

−1.5

−3.5

3-pi

n SO

T-89

DN25

3535

025

−1.5

−3.5

3-pi

n TO

-92,

3-p

in T

O-2

20DN

3135

350

35−1

.5−3

.53-

pin

SOT-

89, 3

-pin

SO

T-23

DN25

4040

025

−1.5

−3.5

3-pi

n TO

-92,

3-p

in S

OT-

89, 3

-pin

TO

-220

DN35

4545

020

−1.5

−3.5

3-pi

n TO

-92,

3-p

in S

OT-

89DN

3145

450

60−1

.5−3

.53-

pin

SOT-

89DN

2450

500

10−1

.5−3

.53-

pin

DPAK

, 3-p

in S

OT-

89LN

D150

500

1000

−1−3

3-pi

n TO

-92,

3-p

in S

OT-

89, 3

-pin

SO

T-23

LND2

5050

010

00−1

−33-

pin

SOT-

23DN

3765

650

8−1

.5−3

.53-

pin

DPAK

DN24

7070

042

−1.5

−3.5

3-pi

n DP

AK

Enha

ncem

ent-

Mod

e N

-Cha

nnel

Part

#BV

dss

Min

. (V)

Rds(

on) M

ax. (

Ω)

Cis

s M

ax. (

pF)

Vgs(

th) M

ax. (

V)Pa

ckag

esTN

2501

182.

511

01.

03-

pin

SOT-

89TN

0702

201.

320

01.

03-

pin

TO-9

2VN

0300

301.

219

02.

53-

pin

TO-9

2TN

0604

400.

819

01.

63-

pin

TO-9

2TN

2504

401.

012

51.

63-

pin

SOT-

89TN

0104

402.

070

1.6

3-pi

n TO

-92,

3-p

in S

OT-

89VN

0104

403.

065

2.4

3-pi

n TO

-92

VN32

0550

0.3

300

2.4

3-pi

n TO

-92,

3-p

in S

OT-

89TN

0606

601.

515

02.

03-

pin

TO-9

2TN

2106

602.

550

2.0

3-pi

n TO

-92,

3-p

in S

OT-

232N

6660

603.

050

2.0

3-pi

n TO

-39

TN01

0660

3.0

602.

03-

pin

TO-9

2VN

0106

603.

065

2.4

3-pi

n TO

-92

VN06

0660

3.0

502.

03-

pin

TO-9

2VN

2106

604.

050

2.4

3-pi

n TO

-92

2N70

0060

5.0

603.

03-

pin

TO-9

2

2N70

0260

7.5

502.

53-

pin

SOT-

23

2N70

0860

7.5

502.

53-

pin

TO-9

2

VN22

22L

607.

560

2.5

3-pi

n TO

-92


HIG

H-V

OLT

AGE

INTE

RFAC

E: M

OSF

ETs

– In

terfa

ce (C

ontin

ued)

Part

#BV

dss

Min

. (V)

Rds(

on) M

ax. (

Ω)

Cis

s M

ax. (

pF)

Vgs(

th) M

ax. (

V)Pa

ckag

esEn

hanc

emen

t-M

ode

N-C

hann

el (C

ontin

ued)

VN08

0880

4.0

502.

03-

pin

TO-9

2VN

0109

903.

065

2.4

3-pi

n TO

-92

2N66

6190

4.0

502.

03-

pin

TO-3

9VN

2210

100

0.4

500

2.4

3-pi

n TO

-92,

3-p

in T

O-3

9TN

0610

100

1.5

150

2.0

3-pi

n TO

-92

TN25

1010

01.

512

52.

03-

pin

SOT-

89TN

0110

100

3.0

602.

03-

pin

TO-9

2VN

2110

100

4.0

502.

43-

pin

SOT-

23VN

1206

120

6.0

125

2.0

3-pi

n TO

-92

TN06

2020

06.

015

01.

63-

pin

TO-9

2VN

2224

240

1.3

350

3.0

3-pi

n TO

-92

TN25

2424

06.

012

52.

03-

pin

SOT-

89VN

2406

240

6.0

125

2.0

3-pi

n TO

-92

VN24

1024

010

.012

52.

03-

pin

TO-9

2TN

2124

240

15.0

502.

03-

pin

SOT-

23TN

2425

250

3.5

200

2.0

3-pi

n SO

T-89

TN53

2525

07.

011

02.

03-

pin

TO-9

2, 3

-pin

SO

T-89

, 3-p

in S

OT-

23TN

2130

300

25.0

502.

43-

pin

SOT-

23TN

2435

350

6.0

200

0.8

(min

)3-

pin

SOT-

89TN

5335

350

15.0

110

2.0

3-pi

n SO

T-89

, 3-p

in S

OT-

23TN

2640

400

5.0

225

2.0

3-pi

n DP

AK, 3

-pin

TO

-92,

8-p

in S

OIC

150

mil

TN25

4040

012

.012

52.

03-

pin

TO-9

2, 3

-pin

SO

T-89

VN40

1240

012

.011

01.

83-

pin

TO-9

2VN

2450

500

13.0

150

4.0

3-pi

n TO

-92,

3-p

in S

OT-

89VN

0550

500

60.0

554.

03-

pin

TO-9

2VN

2460

600

20.0

150

4.0

3-pi

n TO

-92,

3-p

in S

OT-

89En

hanc

emen

t-M

ode

P-C

hann

elLP

0701

−16.

51.

525

0−1

.03-

pin

TO-9

2, 8

-pin

SO

IC 1

50 m

ilTP

2502

−20

2.0

125

−2.4

3-pi

n SO

T-89

VP32

03−3

00.

630

0−3

.53-

pin

TO-9

2, 3

-pin

SO

T-89

TP06

04−4

02.

015

0−2

.43-

pin

TO-9

2TP

2104

−40

6.0

60−2

.03-

pin

TO-9

2, 3

-pin

SO

T-23

VP01

04−4

08.

060

−3.5

3-pi

n TO

-92

VP22

06−6

00.

945

0−3

.53-

pin

TO-9

2, 3

-pin

TO

-39

VP01

06−6

08.

060

−3.5

3-pi

n TO

-92

VP21

06−6

012

.060

−3.5

3-pi

n TO

-92

VP08

08−8

05.

015

0−4

.53-

pin

TO-9

2VP

0109

−90

8.0

60−3

.53-

pin

TO-9

2TP

2510

−100

3.5

125

−2.4

3-pi

n SO

T-89

VP21

10−1

0012

.060

−3.5

3-pi

n SO

T-23

TP06

20−2

0012

.015

0−2

.43-

pin

TO-9

2TP

2520

−200

12.0

125

−2.0

3-pi

n SO

T-89

TP25

22−2

2012

.012

5−2

.43-

pin

SOT-

89TP

5322

−220

12.0

110

−2.4

3-pi

n SO

T-89

, 3-p

in S

OT-

23TP

2424

−240

8.0

200

−2.4

3-pi

n SO

T-89

TP24

35−3

5015

.020

0−2

.43-

pin

SOT-

89


HIG

H-V

OLT

AGE

INTE

RFAC

E: M

OSF

ETs

– In

terfa

ce (C

ontin

ued)

Part

#BV

dss

Min

. (V)

Rds(

on) M

ax. (

Ω)

Cis

s Ty

p. (p

F)Vg

s(th

) Max

. (V)

Pack

ages

Enha

ncem

ent-

Mod

e P-

Cha

nnel

(Con

tinue

d)TP

2635

−350

15.0

300

−2.0

3-pi

n TO

-92

TP25

35−3

5025

.012

5−2

.43-

pin

TO-9

2TP

5335

−350

30.0

110

−2.4

3-pi

n SO

T-23

TP26

40−4

0015

.030

0−2

.03-

pin

TO-9

2, 8

-pin

SO

IC 1

50 m

ilTP

2540

−400

25.0

125

−2.4

3-pi

n TO

-92,

3-p

in S

OT-

89VP

2450

−500

30.0

190

−3.5

3-pi

n TO

-92,

3-p

in S

OT-

89VP

0550

−500

125.

070

−4.5

3-pi

n TO

-92

TN25

0118

2.5

110

1.0

3-pi

n SO

T-89

TN07

0220

1.3

200

1.0

3-pi

n TO

-92

VN03

0030

1.2

190

2.5

3-pi

n TO

-92

TN06

0440

0.8

190

1.6

3-pi

n TO

-92

TN25

0440

1.0

125

1.6

3-pi

n SO

T-89

TN01

0440

2.0

701.

63-

pin

TO-9

2, 3

-pin

SO

T-89

VN01

0440

3.0

652.

43-

pin

TO-9

2VN

3205

500.

330

02.

43-

pin

TO-9

2, 3

-pin

SO

T-89

TN06

0660

1.5

150

2.0

3-pi

n TO

-92

TN21

0660

2.5

502.

03-

pin

TO-9

2, 3

-pin

SO

T-23

2N66

6060

3.0

502.

03-

pin

TO-3

9TN

0106

603.

060

2.0

3-pi

n TO

-92

VN01

0660

3.0

652.

43-

pin

TO-9

2VN

0606

603.

050

2.0

3-pi

n TO

-92

VN21

0660

4.0

502.

43-

pin

TO-9

22N

7000

605.

060

3.0

3-pi

n TO

-92

2N70

0260

7.5

502.

53-

pin

SOT-

232N

7008

607.

550

2.5

3-pi

n TO

-92

VN22

22L

607.

560

2.5

3-pi

n TO

-92

VN08

0880

4.0

502.

03-

pin

TO-9

2VN

0109

903.

065

2.4

3-pi

n TO

-92

2N66

6190

4.0

502.

03-

pin

TO-3

9VN

2210

100

0.4

500

2.4

3-pi

n TO

-92,

3-p

in T

O-3

9N

-Cha

nnel

(Enh

ance

men

t-M

ode

MO

SFET

Arra

ys)

TD99

4424

06

652

8-pi

n SO

IC

Com

plim

enta

ry (E

nhan

cem

ent-

Mod

e M

OSF

ET A

rrays

)Pa

rt #

BVd

ss N

-Cha

nnel

(V)

BVd

ss P

-Cha

nnel

(V)

Rds(

on) N

-Cha

nnel

Max

. (Ω

)Rd

s(o

n) P

-Cha

nnel

Max

. (Ω

)Vg

s(th

) Max

. (V)

Det

ails

Pack

ages

TC15

5050

0−5

0060

.012

5.0

4.0

N- a

nd P

-Cha

nnel

Pair

8-pi

n SO

IC

TC23

2020

0−2

007.

012

.02.

0N-

and

P-C

hann

el Pa

ir8-

pin

SOIC

TC62

1515

0−1

504.

07.

02.

0N-

and

P-C

hann

el Pa

ir8-

pin

SOIC

TC63

2020

0−2

007.

08.

02.

0N-

and

P-C

hann

el Pa

ir8-

pin

SOIC

, 8-le

ad V

DFN

(4 x

4 m

m)

TC63

2120

0−2

007.

08.

02.

0N-

and

P-C

hann

el Pa

ir8-

lead

VDFN

(6 x

5 m

m)

TC79

2020

0−2

007.

08.

02.

02

N- a

nd P

-Cha

nnel

Pairs

12-p

in V

DFN

TC80

2020

0−2

008.

09.

53.

06

N- a

nd P

-Cha

nnel

Pairs

56-p

in V

QFN

TC82

2020

0−2

005.

36.

52.

02

N- a

nd P

-Cha

nnel

Pairs

12-p

in V

DFN


HIG

H-V

OLT

AGE

INTE

RFAC

E: A

pplic

atio

n Sp

ecifi

c

Part

#D

C/D

CIn

put V

olta

ge

Min

. (V)

Inpu

t Vol

tage

Max

. (V)

Out

put V

olta

ge M

in.

(Vrm

s)O

utpu

t Vol

tage

Max

. (V

rms)

Load

Min

. (pF

)Lo

ad M

ax. (

pF)

Pack

ages

Liqu

id L

ens

Driv

erHV

892

Inte

rnal

Char

ge P

ump

2.65

5.5

1060

100

200

10-p

in W

DFN

Com

plim

enta

ry M

OSF

ET L

evel

Tra

nsla

tor a

nd D

river

Part

##

of C

hann

els

Inpu

t Vol

tage

Low

(V)

Inpu

t Vol

tage

Hig

h (V

)O

utpu

t Vol

tage

Low

(V)

Out

put V

olta

ge H

igh

(V)

Inpu

t to

Out

put I

sola

tion

(V)

Pack

ages

HT04

402

3.15

5.5

610

±400

10-p

in V

DFN,

8-p

in S

OIC

150

mil

HT07

401

3.15

5.5

4.5

8.5

±400

8-pi

n SO

IC 1

50 m

il

Hig

h-Si

de C

urre

nt M

onito

r

Part

#Vi

n (V

)G

ain

Rise

and

Fal

l Tim

e (μ

s)Vs

ense

Max

. (m

V)Q

uies

cent

Cur

rent

Max

. (μA

)Pa

ckag

esHV

7800

8.0–

450

Fixe

d, 1

0.7–

2.0

500

505-

pin

SOT-

23

HV78

018.

0–45

0Fi

xed,

50.

7–2.

050

050

5-pi

n SO

T-23

HV78

028.

0–45

0Ad

just

able

0.7–

1.4

500

508-

pin

MSO

P

Faul

t Pro

tect

ion

Part

#Vo

ltage

(V)

# of

Cha

nnel

sRo

n (Ω

)Vo

ff (V

)Pa

ckag

esFP

0100

100

14.

54.

53-

pin

SOT-

89

Rela

y D

river

and

Con

trolle

r

Part

#Vi

n M

in.

(V)

Vin M

ax.

(V)

Iin M

ax.

(mA)

Osc

illat

or

Freq

uenc

y M

in.

(kH

z)

Osc

illat

or

Freq

uenc

y M

ax. (

kHz)

Osc

illat

or

Freq

uenc

y fs

ync

Min

. (kH

z)M

ax O

utpu

t D

uty

Cyc

le (%

)Ty

pica

l Cur

rent

Se

nse

Pull-

In (V

)Ty

pica

l Cur

rent

Se

nse

Hol

dEx

tern

al A

djus

tabl

e Re

gula

tor O

utpu

t Vo

ltage

(V)

Exte

rnal

Adj

usta

ble

Regu

lato

r Out

put

Cur

rent

(mA)

Pack

ages

HV99

0110

450

220

140

150

99.5

0.88

3Ad

just

able

2.0–

5.5

0–1.

014

-pin

SO

IC

LIN

EAR

LIN

EAR:

Op

Amps

Part

##

Per

Pack

age

GBW

PIq

Ty

pica

l (µ

A)Vo

s M

ax

(mV)

Typi

cal I

nput

Bi

as C

urre

nt

(pA)

Inpu

t Vol

tage

N

oise

Den

sity

(n

V/rtH

z)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

6441

19

kHz

0.45

4.5

119

0(1)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S) , 5

-pin

SC-

70(S

)

MCP

6442

29

kHz

0.45

4.5

119

0(1)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 T

DFN

MCP

6444

49

kHz

0.45

4.5

119

0(1)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

6031

110

kHz

0.9

0.15

116

5(1)

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 DF

N, 5

-pin

SOT-

23

MCP

6032

210

kHz

0.9

0.15

116

5(1)

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

MSO

P

MCP

6033

110

kHz

0.9

0.15

116

5(1)

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Chip

sele

ct8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

DFN

MCP

6034

410

kHz

0.9

0.15

116

5(1)

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

6041

114

kHz

0.6

31

170(1

)1.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

5-p

in S

OT-

23(S

)

MCP

6042

214

kHz

0.6

31

170(1

)1.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6043

114

kHz

0.6

31

170(1

)1.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Ch

ip s

elect

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 6

-pin

SO

T-23

(S)

MCP

6044

414

kHz

0.6

31

170(1

)1.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MIC

7111

125

kHz

207

111

01.

8 to

11

−40

to +

85Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

Lege

nd:

S =

Stan

dard

Pin

out;

R =

Reve

rse

Pino

ut; U

= A

ltern

ative

Pin

out

Not

e 1:

Valu

es a

re ty

pica

l at 1

kHz

2: V

alues

are

typi

cal a

t 10

kHz


LIN

EAR:

Op

Amps

(Con

tinue

d)

Part

##

Per

Pack

age

GBW

PIq

Ty

pica

l (µ

A)

Vos

Max

(m

V)

Typi

cal I

nput

Bi

as C

urre

nt

(pA)

Inpu

t Vol

tage

N

oise

Den

sity

(n

V/rtH

z)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

6421

190

kHz

4.4

11

95(1

)1.

8 to

5.5

−40

to +

125

Rail-t

o-Ra

il Inp

ut/O

utpu

t, En

hanc

ed E

MI R

eject

ion

5-pi

n SO

T-23

(S) , 5

-pin

SC-

70(S

)

MCP

6422

290

kHz

4.4

11

95(1

)1.

8 to

5.5

−40

to +

125

Rail-t

o-Ra

il Inp

ut/O

utpu

t, En

hanc

ed E

MI R

eject

ion

8-pi

n SO

IC, 8

-pin

MSO

PM

CP64

244

90 k

Hz4.

41

195

(1)

1.8

to 5

.5−4

0 to

+12

5Ra

il-to-

Rail I

nput

/Out

put,

Enha

nced

EM

I Reje

ctio

n14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

6141

110

0 kH

z0.

63

117

0(1)

1.4

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

G >

10 s

tabl

e5-

pin

SOT-

23(S

) , 8-p

in P

DIP,

8-p

in S

OIC

, 8-p

in M

SOP

MCP

6142

210

0 kH

z0.

63

117

0(1)

1.4

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

G >

10 s

tabl

e8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6143

110

0 kH

z0.

63

117

0(1)

1.4

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

G >

10 s

tabl

e, C

hip

selec

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

6-p

in S

OT-

23(S

) M

CP61

444

100

kHz

0.6

31

170(1

)1.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, G

>10

sta

ble

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

PM

CP60

61

155

kHz

190.

251

38(1

)2.

5 to

6.0

−40

to +

85Ra

il-to

-Rail

Out

put

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

TSS

OP,

5-p

in S

OT2

3(S)

MCP

607

215

5 kH

z19

0.25

138

(1)

2.5

to 6

.0−4

0 to

+85

Rail-

to-R

ail O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in T

SSO

PM

CP60

81

155

kHz

190.

251

38(1

)2.

5 to

6.0

−40

to +

85Ra

il-to

-Rail

Out

put,

Chip

sele

ct

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

TSS

OP

MCP

609

415

5 kH

z19

0.25

138

(1)

2.5

to 6

.0−4

0 to

+85

Rail-

to-R

ail O

utpu

t14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MCP

616

119

0 kH

z19

0.15

1500

032

(1)

2.3

to 5

.5−4

0 to

+85

Rail-

to-R

ail O

utpu

t, PN

P in

put

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PM

CP61

72

190

kHz

190.

1515

000

32(1

)2.

3 to

5.5

−40

to +

85Ra

il-to

-Rail

Out

put,

PNP

inpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

618

119

0 kH

z19

0.15

1500

032

(1)

2.3

to 5

.5−4

0 to

+85

Rail-

to-R

ail O

utpu

t, Ch

ip s

elect

, PNP

inpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

619

419

0 kH

z19

0.15

1500

032

(1)

2.3

to 5

.5−4

0 to

+85

Rail-

to-R

ail O

utpu

t, PN

P in

put

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

P

MCP

6231

130

0 kH

z20

51

52(1

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 2

× 3

TDF

N,

5-pi

n SC

-70(U

) , 5-p

in S

OT-

23(S

, R, U

)

MCP

6232

230

0 kH

z20

5 1

52(1

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 2

× 3

TDF

NM

CP62

344

300

kHz

205

152

(1)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

PM

CP60

511

385

kHz

300.

151

34(2

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

DFN

, 5-p

in S

OT-

23(S

)M

CP60

522

385

kHz

300.

151

34(2

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

DFN

MCP

6054

438

5 kH

z30

0.15

134

(2)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in S

OIC

, 14-

pin

TSSO

PM

IC86

11

400

kHz

4.6

1020

–2.

43 to

5.2

5−4

0 to

+85

Rail-

to-R

ail O

utpu

t 5-

pin

SC-7

0M

IC86

32

450

kHz

4.2

6.0

10–

2.0

to 5

.25

−40

to +

85Ra

il-to

-Rail

Out

put

8-pi

n SO

T-23

LMC7

101

150

0 kH

z50

06

137

2.7

to 1

2−4

0 to

+85

Rail-

to-R

ail In

put/O

utpu

t 5-

pin

SOT-

23M

IC73

001

500

kHz

1000

90.

537

2.2

to 1

0−4

0 to

+85

Rail-

to-R

ail In

put/O

utpu

t, Hi

gh O

utpu

t Driv

e5-

pin

SOT-

23, 8

-pin

MSO

P

MCP

6241

155

0 kH

z50

51

45(1

)1.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 2

× 3

TDF

N,

5-pi

n SC

-70(U

) , 5-p

in S

OT-

23(S

,R, U

)

MCP

6242

255

0 kH

z50

51

45(1

)1.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6244

455

0 kH

z50

51

45(1

)1.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MCP

6061

173

0 kH

z60

0.15

125

(2)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 D

FN, 5

-pin

SO

T-23

(S)

MCP

6062

273

0 kH

z60

0.15

125

(2)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 D

FNM

CP60

644

730

kHz

600.

151

25(2

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MIC

7122

275

0 kH

z80

09

137

2.2

to 1

5−4

0 to

+85

Rail-

to-R

ail In

put/O

utpu

t 8-

pin

MSO

PM

CP60

011

1 M

Hz10

04.

51

28(1

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t5-

pin

SOT-

23(S

, R, U

) , 5-p

in S

C-70

(R)

MCP

6002

21

MHz

100

4.5

128

(1)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 D

FNM

CP60

044

1 M

Hz10

04.

51

28(1

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MCP

6401

11

MHz

454.

51

28(1

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t5-

pin

SOT-

23(S

, R, U

) , 5-p

in S

C-70

(R)

MCP

6402

21

MHz

454.

51

28(1

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

TDF

NM

CP64

044

1 M

Hz45

4.5

128

(1)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

6411

11

MHz

471

138

(1)

1.7

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

En

hanc

ed E

MI R

eject

ion

5-pi

n SO

T-23

(S) , 5

-pin

SC-

70(S

)

MCP

6L01

11

MHz

855

224

(2)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S, R

, U) , 5

-pin

SC-

70(S

)

MCP

6L02

21

MHz

855

224

(2)

1.8

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

MSO

PM

CP6L

044

1 M

Hz85

52

24(2

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

Lege

nd:

S =

Stan

dard

Pin

out;

R =

Reve

rse

Pino

ut; U

= A

ltern

ative

Pin

out

Not

e 1:

Valu

es a

re ty

pica

l at 1

kHz

2:

Valu

es a

re ty

pica

l at 1

0 kH

z


LIN

EAR:

Op

Amps

(Con

tinue

d)

Part

##

per

Pack

age

GBW

PIq

Typ

ical

(µ

A)Vo

s M

ax

(mV)

Typi

cal I

nput

Bi

as C

urre

nt

(pA)

Inpu

t Vol

tage

N

oise

Den

sity

(n

V/rtH

z)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

6071

11.

2 M

Hz11

00.

151

19(2

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

DFN

, 5-p

in S

OT-

23(S

)

MCP

6072

21.

2 M

Hz11

00.

151

19(2

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

DFN

MCP

6074

41.

2 M

Hz11

00.

151

19(2

)1.

8 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

6H01

11.

2 M

Hz13

53.

510

35(1

)Si

ngle

Supp

ly: 3

.5 to

16

Du

al Su

pply:

±1.

75 to

±8

−40

to +

125

Rail-

to-R

ail O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

TDF

N, 5

-pin

SO

T-23

(S) ,

5-pi

n SC

-70(S

)

MCP

6H02

21.

2 M

Hz13

53.

510

35(1

)Si

ngle

Supp

ly: 3

.5 to

16

Du

al Su

pply:

±1.

75 to

±8

−40

to +

125

Rail-

to-R

ail O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

TDF

N

MCP

6H04

41.

2 M

Hz13

53.

510

35(1

)Si

ngle

Supp

ly: 3

.5 to

16

Du

al Su

pply:

±1.

75 to

±8

−40

to +

125

Rail-

to-R

ail O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

6271

12

MHz

170

31

20(1

)2.

0 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in SO

IC, 8

-pin

MSO

P, 5

-pin

SOT-

23(S

, R)

MCP

6272

22

MHz

170

31

20(1

)2.

0 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6273

12

MHz

170

31

20(1

)2.

0 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Ch

ip s

elect

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 6

-pin

SO

T-23

(S)

MCP

6274

42

MHz

170

31

20(1

)2.

0 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MCP

6275

22

MHz

150

3 1

20(1

)2.

0 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Du

al co

nnec

ted,

Chi

p se

lect

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P

MCP

6471

12

MHz

100

1.5

127

(1)

2.0

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S) , 5

-pin

SC-

70(S

)

MCP

6472

22

MHz

100

1.5

127

(1)

2.0

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 T

DFN

MCP

6474

42

MHz

100

1.5

127

(1)

2.0

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in S

OIC

, 14-

pin

TSSO

PM

CP6L

711

2 M

Hz15

04

119

(2)

2.0

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC(S

) , 8-p

in M

SOP(S

) , 5-p

in S

OT-

23(S

, R)

MCP

6L72

22

MHz

150

41

19(2

)2.

0 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in M

SOP

MCP

6L74

42

MHz

150

41

19(2

)2.

0 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MIC

6211

12.

5 M

Hz12

007

5000

0–

4.0

to 3

2−4

0 to

+85

–5-

pin

SOT-

23

MCP

6H71

12.

7 M

Hz48

04

1028

(1)

Sing

le Su

pply:

3.5

to 1

2

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6H72

22.

7 M

Hz48

04

1028

(1)

Sing

le Su

pply:

3.5

to 1

2

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6H74

42.

7 M

Hz48

04

1028

(1)

Sing

le Su

pply:

3.5

to 1

2

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

601

12.

8 M

Hz23

02

129

(1)

2.7

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n PD

IP, 8

-pin

SOIC

, 8-p

in TS

SOP,

5-p

in SO

T-23

(S, R

)

MCP

602

22.

8 M

Hz23

02

129

(1)

2.7

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

TSS

OP

MCP

603

12.

8 M

Hz23

02

129

(1)

2.7

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

ct8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in T

SSO

P, 6

-pin

SO

T-23

(S)

MCP

604

42.

8 M

Hz23

02

129

(1)

2.7

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Out

put

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

PM

CP6L

11

2.8

MHz

200

31

21(2

)2.

7 to

6.0

−40

to +

125

Rail-

to-R

ail O

utpu

t8-

pin

SOIC

(S) , 8

-pin

MSO

P(S) , 5

-pin

SO

T-23

(S, R

)

MCP

6L2

22.

8 M

Hz20

03

121

(2)

2.7

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n SO

IC, 8

-pin

MSO

PM

CP6L

44

2.8

MHz

200

31

21(2

)2.

7 to

6.0

−40

to +

125

Rail-

to-R

ail O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MIC

862

23.

0 M

Hz31

610

-2.

0 to

5.2

5−4

0 to

+85

Rail-

to-R

ail O

utpu

t 8-

pin

SOT-

23M

CP62

861

3.5

MHz

540

1.5

15.

4(2)

2.2

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Low

noi

se5-

pin

SOT-

23(S

, R)

MIC

860

14.

0 M

Hz33

2020

-2.

43 to

5.2

5−4

0 to

+85

Rail-

to-R

ail O

utpu

t 5-

pin

SC-7

0M

CP64

811

4 M

Hz24

01.

51

23(1

)2.

2 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t5-

pin

SOT-

23(S

) , 5-p

in S

C-70

(S)

MCP

6482

24

MHz

240

1.5

123

(1)

2.2

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 T

DFN

MCP

6484

44

MHz

240

1.5

123

(1)

2.2

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in S

OIC

, 14-

pin

TSSO

PM

CP62

811

5 M

Hz44

53

116

(1)

2.2

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n PD

IP, 8

-pin

SOIC

, 8-p

in M

SOP,

5-p

in SO

T-23

(S, R

)

MCP

6282

25

MHz

445

31

16(1

)2.

2 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6283

15

MHz

445

31

16(1

)2.

2 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Ch

ip s

elect

8-pi

n PD

IP, 8

-pin

SOIC

, 8-p

in M

SOP,

6-p

in SO

T-23

(S, R

)

MCP

6284

45

MHz

445

31

16(1

)2.

2 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

Lege

nd:

S =

Stan

dard

Pin

out;

R =

Reve

rse

Pino

ut; U

= A

ltern

ative

Pin

out

Not

e 1:

Valu

es a

re ty

pica

l at 1

kHz

2:

Valu

es a

re ty

pica

l at 1

0 kH

z


LIN

EAR:

Op

Amps

(Con

tinue

d)

Part

##

per

Pack

age

GBW

PIq

Typ

ical

(µ

A)Vo

s M

ax

(mV)

Typi

cal I

nput

Bi

as C

urre

nt

(pA)

Inpu

t Vol

tage

N

oise

Den

sity

(n

V/rtH

z)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

6285

25

MHz

400

31

16(1

)2.

2 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Du

al co

nnec

ted,

Chi

p se

lect

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P

MCP

6H81

15.

5 M

Hz70

04

1023

(1)

Sing

le Su

pply:

3.5

to 1

2

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6H82

25.

5 M

Hz70

04

1023

(1)

Sing

le Su

pply:

3.5

to 1

2

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6H84

45.

5 M

Hz70

04

1023

(1)

Sing

le Su

pply:

3.5

to 1

2

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

14-p

in S

OIC

, 14-

pin

2 ×

3 TD

FN

MCP

6491

17.

5 M

Hz53

01.

51

19(1

)2.

4 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t5-

pin

SOT-

23(S

) , 5-p

in S

C-70

(S)

MCP

6492

27.

5 M

Hz53

01.

51

19(1

)2.

4 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

TDF

NM

CP64

944

7.5

MHz

530

1.5

119

(1)

2.4

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

6021

110

MHz

1000

0.5

18.

7(2)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

1/2

Vcc

Vref

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

TSS

OP,

8-p

in M

SOP,

5-

pin

SOT-

23(S

, R)

MCP

6022

210

MHz

1000

0.5

18.

7(2)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

TSS

OP

MCP

6023

110

MHz

1000

0.5

18.

7(2)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Chip

sele

ct,

1/2

Vcc

Vref

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

TSS

OP

MCP

6024

410

MHz

1000

0.5

18.

7(2)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

PM

CP62

911

10 M

Hz10

003

18.

7(2)

2.4

to 6

.0−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n PD

IP, 8

-pin

SOIC

, 8-p

in M

SOP,

5-p

in SO

T-23

(S, R

)

MCP

6292

210

MHz

1000

31

8.7(2

)2.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6293

110

MHz

1000

31

8.7(2

)2.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Ch

ip s

elect

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 6

-pin

SO

T-23

(S)

MCP

6294

410

MHz

1000

31

8.7(2

)2.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MCP

6295

210

MHz

1100

31

8.7(2

)2.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Du

al co

nnec

ted,

Chi

p se

lect

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P

MCP

6H91

110

MHz

2000

410

23(1

)Si

ngle

Supp

ly: 3

.5 to

12

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6H92

210

MHz

2000

410

23(1

)Si

ngle

Supp

ly: 3

.5 to

12

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6H94

410

MHz

2000

410

23(1

)Si

ngle

Supp

ly: 3

.5 to

12

Dual

Supp

ly: ±

1.75

to ±

6−4

0 to

+12

5Ra

il-to

-Rail

Out

put

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

6L91

110

MHz

850

41

9.4(2

)2.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

(S) , 8

-pin

MSO

P(S) , 5

-pin

SO

T-23

(S, R

)

MCP

6L92

210

MHz

850

41

9.4(2

)2.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in M

SOP

MCP

6L94

410

MHz

850

41

9.4(2

)2.

4 to

6.0

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

621

120

MHz

2500

0.2

513

(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

ct,

mCa

l Tec

hnol

ogy

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

621S

120

MHz

2500

0.2

513

(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

mCa

l Tec

hnol

ogy

5-pi

n SO

T-23

(S)

MCP

622

220

MHz

2500

0.2

513

(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

mCa

l Tec

hnol

ogy

8-pi

n SO

IC, 8

-pin

3 ×

3 D

FN

MCP

623

120

MHz

2500

0.2

513

(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

ct,

mCa

l Tec

hnol

ogy

6-pi

n SO

T-23

(S)

MCP

624

420

MHz

2500

0.2

513

(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

mCa

l Tec

hnol

ogy

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

625

220

MHz

2500

0.2

513

(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

cts,

m

Cal T

echn

olog

y10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

629

420

MHz

2500

0.2

513

(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,C

hip

selec

ts,

mCa

l Tec

hnol

ogy

16-p

in 4

× 4

QFN

MCP

631

124

MHz

2500

84

10(3

)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

TDF

N, 5

-pin

SO

T-23

(S)

MCP

632

224

MHz

2500

84

10(3

)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t8-

pin

SOIC

, 8-p

in 3

× 3

DFN

MCP

633

124

MHz

2500

84

10(3

)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t, Ch

ip s

elect

8-pi

n SO

IC, 6

-pin

SO

T-23

MCP

634

424

MHz

2500

84

10(3

)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

635

224

MHz

2500

84

10(3

)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t, Ch

ip s

elect

s10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

639

424

MHz

2500

84

10(3

)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t, Ch

ip s

elect

s16

-pin

4 ×

4 Q

FNLe

gend

: S

= St

anda

rd P

inou

t; R

= Re

vers

e Pi

nout

; U =

Alte

rnat

ive P

inou

t N

ote

1: V

alues

are

typi

cal a

t 1 k

Hz

2: V

alues

are

typi

cal a

t 10

kHz

3: V

alues

are

typi

cal a

t 1 M

Hz


LIN

EAR:

Op

Amps

(Con

tinue

d)

Part

##

per

Pack

age

GBW

PIq

Typ

ical

(µ

A)Vo

s M

ax

(mV)

Typi

cal I

nput

Bi

as C

urre

nt

(pA)

Inpu

t Vol

tage

N

oise

Den

sity

(n

V/rtH

z)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

651

150

MHz

6000

0.2

67.

5(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

ct,

mCa

l Tec

hnol

ogy

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

651S

150

MHz

6000

0.2

67.

5(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

mCa

l Tec

hnol

ogy

5-pi

n SO

T-23

(S)

MCP

652

250

MHz

6000

0.2

67.

5(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

mCa

l Tec

hnol

ogy

8-pi

n SO

IC, 8

-pin

3 ×

3 D

FN

MCP

653

150

MHz

6000

0.2

67.

5(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

ct,

mCa

l Tec

hnol

ogy

6-pi

n SO

T-23

(S)

MCP

654

450

MHz

6000

0.2

67.

5(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

mCa

l Tec

hnol

ogy

14-p

in S

OIC

, 14-

pin

TSSO

P

MCP

655

250

MHz

6000

0.2

67.

5(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

cts,

m

Cal T

echn

olog

y10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

659

450

MHz

6000

0.2

67.

5(3)

2.5

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Out

put,

Chip

sele

cts,

m

Cal T

echn

olog

y16

-pin

4 ×

4 Q

FN

MCP

660

360

MHz

6000

86

6.8(

3)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

661

160

MHz

6000

86

6.8(

3)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t8-

pin

SOIC

, 8-p

in 2

× 3

TDF

N, 5

-pin

SO

T-23

(S)

MCP

662

260

MHz

6000

86

6.8(

3)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t8-

pin

SOIC

, 8-p

in 3

× 3

DFN

MCP

663

160

MHz

6000

86

6.8(

3)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t, Ch

ip s

elect

8-pi

n SO

IC, 6

-pin

SO

T-23

MCP

664

460

MHz

6000

86

6.8(

3)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

665

260

MHz

6000

86

6.8(

3)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t, Ch

ip s

elect

s10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

669

460

MHz

6000

86

6.8(

3)2.

5 to

5.5

−40

to +

125

Rail-

to-R

ail O

utpu

t, Ch

ip s

elect

s16

-pin

4 ×

4 Q

FN

MIC

920

180

MHz

550

526

0000

105.

0 to

18

−40

to +

85Hi

gh O

utpu

t Driv

e, H

igh

Slew

Rat

e5-

pin

SC-7

0, 5

-pin

SO

T-23

Lege

nd:

S =

Stan

dard

Pin

out;

R =

Reve

rse

Pino

ut; U

= A

ltern

ative

Pin

out

Not

e 1:

Valu

es a

re ty

pica

l at 1

kHz

2:

Valu

es a

re ty

pica

l at 1

0 kH

z 3:

Valu

es a

re ty

pica

l at 1

MHz

LIN

EAR:

Zer

o-D

rift O

pera

tiona

l Am

plifi

ers

Part

##

per

Pack

age

GBW

PIq

Max

(m

A)Vo

s M

ax

(µV)

Vos

Drif

t Max

(µ

V/°C

)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

6V11

180

kHz

0.01

18

0.05

1.6

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S, U

) , 5-p

in S

C-70

(U)

MCP

6V12

280

kHz

0.01

18

0.05

1.6

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n 2

× 3

TDFN

, 8-p

in M

SOP

MCP

6V14

480

kHz

0.01

18

0.05

1.6

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in T

SSO

P

MCP

6V16

180

kHz

0.01

125

0.15

1.6

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S,U

) , 5-p

in S

C70(U

)

MCP

6V17

280

kHz

0.01

125

0.15

1.6

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n 2

× 3

TDFN

, 8-p

in M

SOP

MCP

6V19

480

kHz

0.01

125

0.15

1.6

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in T

SSO

P

MCP

6V31

130

0 kH

z0.

034

80.

051.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t5-

pin

SOT-

23(S

, U) , 5

-pin

SC-

70(U

)

MCP

6V32

230

0 kH

z0.

034

80.

051.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

2 ×

3 TD

FN, 8

-pin

MSO

P

MCP

6V34

430

0 kH

z0.

034

80.

051.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

TSS

OP

MCP

6V36

130

0 kH

z0.

034

250.

151.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t5-

pin

SOT-

23(S

,U) , 5

-pin

SC7

0(U)

MCP

6V37

230

0 kH

z0.

034

250.

151.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t8-

pin

2 ×

3 TD

FN, 8

-pin

MSO

P

MCP

6V39

430

0 kH

z0.

034

250.

151.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t14

-pin

TSS

OP

TC76

521

0.4

MHz

35

0.05

5 to

16

0 to

+70

Sing

le an

d Sp

lit Su

pply,

Low

Noi

se8-

pin

PDIP

, 14-

pin

PDIP

MCP

6V61

11

MHz

0.13

80.

015

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Enha

nced

EM

I Reje

ctio

n5-

pin

SOT-

23(S

, U) , 5

-pin

SC-

70(U

)

MCP

6V62

21

MHz

0.13

80.

015

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Enha

nced

EM

I Reje

ctio

n8-

pin

2 ×

3 TD

FN, 8

-pin

MSO

P

MCP

6V64

41

MHz

0.13

80.

015

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Enha

nced

EM

I Reje

ctio

n14

-pin

TSS

OP

MC

P6V6

61

1 M

Hz

0.13

250.

151.

8 to

5.5

-40

to +

125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, En

hanc

ed E

MI R

ejec

tion

5-pi

n SO

T-23

(S,U

) , 5-

pin

SC-7

0(U)

MC

P6V6

72

1 M

Hz

0.13

250.

151.

8 to

5.5

-40

to +

125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, En

hanc

ed E

MI R

ejec

tion

8-pi

n 2

x 3

TDFN

, 8-p

in M

SOP

MC

P6V6

94

1 M

Hz

0.13

250.

151.

8 to

5.5

-40

to +

125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, En

hanc

ed E

MI R

ejec

tion

14-p

in T

SSO

P


LIN

EAR:

Zer

o-D

rift O

pera

tiona

l Am

plifi

ers

Part

##

per

Pack

age

GBW

PIq

Max

(m

A)Vo

s M

ax

(µV)

Vos

Drif

t Max

(µ

V/°C

)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

6V01

11.

3 M

Hz0.

42

0.05

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6V02

21.

3 M

Hz0.

42

0.05

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

4 ×

4 D

FN

MCP

6V03

11.

3 M

Hz0.

42

0.05

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Chip

sele

ct8-

pin

SOIC

, 8-p

in 2

× 3

TDF

N

MCP

6V06

11.

3 M

Hz0.

43

0.05

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

MCP

6V07

21.

3 M

Hz0.

43

0.05

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

4 ×

4 D

FNM

CP6V

081

1.3

MHz

0.4

30.

051.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, Ch

ip s

elect

8-pi

n SO

IC, 8

-pin

2 ×

3 T

DFN

TC91

3A/B

21.

5 M

Hz1.

115

0.15

/0.3

07

to 1

60

to +

70Si

ngle

and

Split

Supp

ly8-

pin

PDIP

, 8-p

in S

OIC

TC76

501

2 M

Hz3.

55

0.05

4.5

to 1

60

to +

70Si

ngle

and

Split

Supp

ly8-

pin

PDIP

, 14-

pin

PDIP

MCP

6V26

12

MHz

0.8

20.

052.

3 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t 8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

TDF

NM

CP6V

272

2 M

Hz0.

82

0.05

2.3

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

4 ×

4 D

FNM

CP6V

281

2 M

Hz0.

82

0.05

2.3

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Chip

sele

ct8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

TDF

NM

CP6V

511

2 M

Hz0.

5915

0.03

84.

5 to

45

−40

to +

125

Rail-

to-R

ail O

utpu

t, En

hanc

ed E

MI R

eject

ion

5-pi

n SO

T-23

(S) , 8

-pin

MSO

PM

CP6V

711

2 M

Hz0.

268

0.01

52.

0 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, En

hanc

ed E

MI R

eject

ion

5-pi

n SO

T-23

(S, U

) , 5-p

in S

C-70

(U)

MCP

6V72

22

MHz

0.26

80.

015

2.0

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Enha

nced

EM

I Reje

ctio

n8-

pin

2 ×

3 TD

FN, 8

-pin

MSO

PM

CP6V

744

2 M

Hz0.

268

0.01

52.

0 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, En

hanc

ed E

MI R

eject

ion

14-p

in T

SSO

PM

CP6

V76

12

MH

z0.

2625

0.15

2.0

to 5

.5-4

0 to

+12

5R

ail-t

o-R

ail I

nput

/Out

put,

Enha

nced

EM

I Rej

ectio

n5-

pin

SOT-

23(S

,U) ,

5-pi

n SC

-70(U

)

MC

P6V7

72

2 M

Hz

0.26

250.

152.

0 to

5.5

-40

to +

125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, En

hanc

ed E

MI R

ejec

tion

8-pi

n 2

× 3

TDFN

, 8-p

in M

SOP

MC

P6V7

94

2 M

Hz

0.26

250.

152.

0 to

5.5

-40

to +

125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, En

hanc

ed E

MI R

ejec

tion

14-p

in T

SSO

PM

CP6V

811

5 M

Hz0.

779

0.02

2.2

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Enha

nced

EM

I Reje

ctio

n5-

pin

SOT-

23(S

, U) , 5

-pin

SC-

70(U

)

MCP

6V82

25

MHz

0.77

90.

059

2.2

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Enha

nced

EM

I Reje

ctio

n8-

pin

2 ×

3 TD

FN, 8

-pin

MSO

PM

CP6V

844

5 M

Hz0.

779

0.05

92.

2 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, En

hanc

ed E

MI R

eject

ion

14-p

in T

SSO

PM

CP6V

911

10 M

Hz1.

69

0.01

72.

4 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, En

hanc

ed E

MI R

eject

ion

5-pi

n SO

T-23

(S, U

) , 5-p

in S

C-70

(U)

MCP

6V92

210

MHz

1.6

90.

042.

4 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, En

hanc

ed E

MI R

eject

ion

8-pi

n 2

× 3

TDFN

, 8-p

in M

SOP

MCP

6V94

410

MHz

1.6

90.

042.

4 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, En

hanc

ed E

MI R

eject

ion

14-p

in T

SSO

P


LIN

EAR:

Diff

eren

tial A

mpl

ifier

s

Part

##

per

Pack

age

GBW

PSl

ew R

ate

(V/µ

s)Iq

Typ

ical

(mA)

Vos

Max

(µV)

Inpu

t Vol

tage

Noi

se

Den

sity

(nV/

rtHz)

Ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

Ra

nge

(°C)

Feat

ures

Pack

ages

MCP

6D11

190

MHz

251.

415

05

2.5

to 5

.5–4

0 to

+12

5Lo

w n

oise

, low

dist

ortio

n w

ith

pow

er d

own

pin

8-pi

n M

SOP,

16

-pin

3 ×

3 Q

FN

LIN

EAR:

Pro

gram

mab

le G

ain

Ampl

ifier

s (P

GA)

Part

#C

hann

els

−3dB

BW

(MH

z)Iq

Typ

. (m

A)Vo

s (µ

V)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re R

ange

(°C

)Fe

atur

esPa

ckag

esM

CP6S

211

2 to

12

1.1

275

2.5

to 5

.5−4

0 to

+85

SPI,

Eigh

t Gain

ste

ps, S

oftw

are

shut

dow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6S22

22

to 1

21.

127

52.

5 to

5.5

−40

to +

85SP

I, Ei

ght G

ain s

teps

, Sof

twar

e sh

utdo

wn

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PM

CP6S

266

2 to

12

1.1

275

2.5

to 5

.5−4

0 to

+85

SPI,

Eigh

t Gain

ste

ps, S

oftw

are

shut

dow

n14

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MCP

6S28

82

to 1

21.

127

52.

5 to

5.5

−40

to +

85SP

I, Ei

ght G

ain s

teps

, Sof

twar

e sh

utdo

wn

16-p

in P

DIP,

16-

pin

SOIC

MCP

6S91

11

to 1

81.

040

002.

5 to

5.5

−40

to +

125

SPI,

Eigh

t Gain

ste

ps, S

oftw

are

shut

dow

n, V

ref

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PM

CP6S

922

1 to

18

1.0

4000

2.5

to 5

.5−4

0 to

+12

5SP

I, Ei

ght G

ain s

teps

, Sof

twar

e sh

utdo

wn

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PM

CP6S

932

1 to

18

1.0

4000

2.5

to 5

.5−4

0 to

+12

5SP

I, Ei

ght G

ain s

teps

, Sof

twar

e sh

utdo

wn,

Vre

f, SO

10-p

in M

SOP

LIN

EAR:

Sel

ecta

ble

Gai

n Am

plifi

ers

(SG

A)

Part

#C

hann

els

−3dB

BW

(kH

z)Iq

(µA)

Vos

(mV)

Ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

Ran

ge (°

C)

Gai

n St

eps

(V/V

)Fe

atur

esPa

ckag

es

MCP

6G01

190

011

04.

51.

8 to

5.5

−40

to +

125

1, 1

0, 5

0Tr

i-Sta

te c

ontro

l pin

8-pi

n SO

IC, 8

-pin

MSO

P, 5

-pin

SO

T-23

(S, R

, U)

MCP

6G02

290

011

04.

51.

8 to

5.5

−40

to +

125

1, 1

0, 5

0Tr

i-Sta

te c

ontro

l pin

8-pi

n SO

IC, 8

-pin

MSO

P

MCP

6G03

190

011

04.

51.

8 to

5.5

−40

to +

125

1, 1

0, 5

0Tr

i-Sta

te c

ontro

l pin

, chi

p se

lect

8-pi

n SO

IC, 8

-pin

MSO

P

MCP

6G04

490

011

04.

51.

8 to

5.5

−40

to +

125

1, 1

0, 5

0Tr

i-Sta

te c

ontro

l pin

14-p

in S

OIC

, 14-

pin

TSSO

P

LIN

EAR:

Ins

trum

enta

tion

Ampl

ifier

s Pa

rt #

# Pe

r Pac

kage

Band

wid

th (k

Hz)

Iq M

ax (m

A)M

ax V

os (

µV)

Vos D

rift M

ax (µ

V/°C

)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re R

ange

(°C)

Feat

ures

Pack

ages

MCP

6N11

150

01.

135

02.

71.

8 to

5.5

−40

to +

125

Rail-

to-R

ail In

put/O

utpu

t, m

Cal T

echn

olog

y8-

pin

SOIC

, 8-p

in 2

× 3

TDF

N

MCP

6N16

150

01.

617

0.06

1.8

to 5

.5−4

0 to

+12

5Ra

il-to

-Rail

Inpu

t/Out

put,

Enab

le Pi

n,

Enha

nced

EM

I Reje

ctio

n8-

pin

MSO

P, 8

-pin

3 ×

3 D

FN


LIN

EAR:

Com

para

tors

Part

##

Per

Pack

age

Vref

(V

)Ty

pica

l Pro

paga

tion

Del

ay (µ

s)Iq

Typ

ical

(µ

A)Vo

s M

ax

(mV)

Ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

Ra

nge

(°C)

Feat

ures

Pack

ages

MCP

6541

1–

41

51.

6 to

5.5

−40

to +

125

Push

-Pul

l, Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S, R

, U) , 5

-pin

SC-

70(S

, U) ,

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PM

CP65

422

–4

15

1.6

to 5

.5−4

0 to

+12

5Pu

sh-P

ull,

Rail-

to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6543

1–

41

51.

6 to

5.5

−40

to +

125

Push

-Pul

l, Ra

il-to

-Rail

Inpu

t/Out

put,

Chip

sele

ct8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6544

4–

41

51.

6 to

5.5

−40

to +

125

Push

-Pul

l, Ra

il-to

-Rail

Inpu

t/Out

put

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

P

MCP

6546

1–

41

51.

6 to

5.5

−40

to +

125

Ope

n-dr

ain, 9

V, R

ail-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S, R

, U) , 5

-pin

SC-

70(S

, U) ,

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

PM

CP65

472

–4

15

1.6

to 5

.5−4

0 to

+12

5O

pen-

drain

, 9V,

Rail

-to-R

ail In

put/O

utpu

t8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6548

1–

41

51.

6 to

5.5

−40

to +

125

Ope

n-dr

ain, 9

V, R

ail-to

-Rail

Inpu

t/Out

put,

Chip

sele

ct8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP

MCP

6549

4–

41

51.

6 to

5.5

−40

to +

125

Ope

n-dr

ain, 9

V, R

ail-to

-Rail

Inpu

t/Out

put

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

PM

CP65

R41

11.

21/2

.44

2.5

101.

8 to

5.5

−40

to +

125

Push

-Pul

l, Ra

il-to

-Rail

Inpu

t/Out

put,

Vref

6-pi

n SO

T-23

MCP

65R4

61

1.21

/2.4

42.

510

1.8

to 5

.5−4

0 to

+12

5O

pen

Drain

, Rail

-to-R

ail In

put/O

utpu

t, Vr

ef6-

pin

SOT-

23M

CP65

611

–0.

047

100

101.

8 to

5.5

−40

to +

125

Push

-Pul

l, Ra

il-to

-Rail

Inpu

t/Out

put

5-pi

n SO

T-23

(S, R

, U) , 5

-pin

SC-

70(S

)

MCP

6562

2–

0.04

710

010

1.8

to 5

.5−4

0 to

+12

5Pu

sh-P

ull,

Rail-

to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in M

SOP

MCP

6564

4–

0.04

710

010

1.8

to 5

.5−4

0 to

+12

5Pu

sh-P

ull,

Rail-

to-R

ail In

put/O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

6566

1–

0.04

710

010

1.8

to 5

.5−4

0 to

+12

5O

pen-

Drain

, Rail

-to-R

ail In

put/O

utpu

t5-

pin

SOT-

23(S

, R, U

) , 5-p

in S

C-70

(S)

MCP

6567

2–

0.04

710

010

1.8

to 5

.5−4

0 to

+12

5O

pen-

Drain

, Rail

-to-R

ail In

put/O

utpu

t8-

pin

SOIC

, 8-p

in M

SOP

MCP

6569

4–

0.04

710

010

1.8

to 5

.5−4

0 to

+12

5O

pen-

Drain

, Rail

-to-R

ail In

put/O

utpu

t14

-pin

SO

IC, 1

4-pi

n TS

SOP

MIC

6270

1–

0.6

300

52.

0 to

36

−40

to +

85O

pen

Colle

ctor

Out

put,

High

-Vol

tage

5-pi

n SO

T-23

MIC

7211

1–

45

102.

2 to

5.0

−40

to +

85Ra

il-to

-Rail

Inpu

t, Pu

sh-P

ull O

utpu

t5-

pin

SOT-

23M

IC72

211

–4

510

2.2

to 5

.0−4

0 to

+85

Rail-

to-R

ail In

put,

Ope

n-Dr

ain O

utpu

t5-

pin

SOT-

23M

IC83

31

1.25

51

–1.

5 to

5.5

−40

to +

85W

indo

wed

Com

para

tor w

ith A

djus

tabl

e Hy

ster

sis5-

pin

SOT-

23

MIC

841

11.

2512

1.5

–1.

5 to

5.5

−40

to +

85W

indo

wed

Com

para

tor w

ith A

djus

tabl

e Hy

ster

sis, P

ush-

Pull a

nd O

pen-

Drain

Out

put O

ptio

ns5-

pin

SC-7

0, 6

-pin

1.6

× 1

.6 T

DFN

MIC

842

11.

2512

1.5

–1.

5 to

5.5

−40

to +

85W

indo

wed

Com

para

tor w

ith H

yste

rsis,

Pus

h-Pu

ll and

O

pen-

Drain

Out

put O

ptio

ns5-

pin

SC-7

0, 4

-pin

1.2

× 1

.6 T

DFN

Lege

nd:

S =

Stan

dard

Pin

out;

R =

Reve

rse

Pino

ut; U

= A

ltern

ative

Pin

out

LIN

EAR:

Cur

rent

Sen

se A

mpl

ifier

s

Part

##

per

Pack

age

Inpu

t Com

mon

- M

ode

Rang

e (V

)Vo

s M

ax (u

V)Vo

s D

rift M

ax (n

V/°C

)M

ax G

ain

Erro

r (%

)Ba

ndw

idth

(kH

z)Iq

Max

(m

A)O

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

6C02

13

to 6

516

(G=2

0), 1

4 (G

=50)

, 12

(G=1

00)

85 (G

=20)

, 70

(G=5

0),

65 (G

=100

)1.

650

0 (G

=20)

, 500

(G=5

0),

350

(G=1

00)

0.75

2 to

5.5

−40

to +

125

Bidi

rect

iona

l Cur

rent

Sen

se A

mpl

ifier,

Enha

nced

EM

I Reje

ctio

n6-

pin

SOT-

23

8-pi

n 3

x 3

VDFN

MCP

6C04

13

to 5

230

(G=2

0), 2

7 (G

=50)

, 24

(G=1

00)

180

(G=2

0), 1

40 (G

=50)

, 13

0 (G

=100

)1.

650

0 (G

=20)

, 500

(G=5

0),

350

(G=1

00)

0.84

2 to

5.5

–40

to +

125

Bidi

rect

iona

l Cur

rent

Sen

se A

mpl

ifier,

Enha

nced

EM

I Reje

ctio

n6-

pin

SOT-

23

MIX

ED S

IGN

ALM

IXED

SIG

NAL

: SU

CC

ESSI

VE A

PPRO

XIM

ATIO

N R

EGIS

TER

(SAR

) A/D

CO

NVE

RTER

S

Part

#Re

solu

tion

(bits

)M

axim

um S

ampl

ing

Rate

(k

sam

ples

/sec

)#

of In

put

Cha

nnel

sIn

put T

ype

Inte

rface

Inpu

t Vol

tage

Ra

nge

(V)

Max

. Sup

ply

Cur

rent

(µA)

Max

. IN

L Te

mpe

ratu

re

Rang

e (°C

)Pa

ckag

es

MCP

3021

1022

1Si

ngle-

ende

dI2 C

2.7

to 5

.525

0 ±

1 LS

B−4

0 to

+12

55-

pin

SOT-

23A

MCP

3001

1020

01

Sing

le-en

ded

SPI

2.7

to 5

.550

0 ±

1 LS

B−4

0 to

+85

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 8

-pin

TSS

OP

MCP

3002

1020

02

Sing

le-en

ded

SPI

2.7

to 5

.565

0±1

LSB

−40

to +

858-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in T

SSO

PM

CP30

0410

200

4Si

ngle-

ende

dSP

I2.

7 to

5.5

550

±1 L

SB−4

0 to

+85

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

P M

CP30

0810

200

8Si

ngle-

ende

dSP

I2.

7 to

5.5

550

±1 L

SB−4

0 to

+85

16-p

in P

DIP,

16-

pin

SOIC

MCP

3221

1222

1Si

ngle-

ende

dI2 C

2.7

to 5

.525

0±2

LSB

−40

to +

125

5-pi

n SO

T-23

AM

CP32

0112

100

1Si

ngle-

ende

dSP

I2.

7 to

5.5

400

±1 L

SB−4

0 to

+85

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 8

-pin

TSS

OP


MIX

ED S

IGN

AL: S

UC

CES

SIVE

APP

ROXI

MAT

ION

REG

ISTE

R (S

AR) A

/D C

ON

VERT

ERS

Part

#Re

solu

tion

(bits

)M

axim

um S

ampl

ing

Rate

(k

sam

ples

/sec

)#

of In

put

Cha

nnel

sIn

put T

ype

Inte

rface

Inpu

t Vol

tage

Ra

nge

(V)

Max

. Sup

ply

Cur

rent

(µA)

Max

. IN

L Te

mpe

ratu

re

Rang

e (°C

)Pa

ckag

es

MCP

3202

1210

02

Sing

le-en

ded

SPI

2.7

to 5

.555

0±1

LSB

−40

to +

858-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in T

SSO

P

MCP

3204

1210

04

Sing

le-en

ded

SPI

2.7

to 5

.540

0±1

LSB

−40

to +

8514

-pin

PDI

P, 1

4-pi

n SO

IC, 1

4-pi

n TS

SOP

MCP

3208

1210

08

Sing

le-en

ded

SPI

2.7

to 5

.540

0±1

LSB

−40

to +

8516

-pin

PDI

P, 1

6-pi

n SO

IC

MCP

3301

1310

01

Diffe

rent

ialSP

I2.

7 to

5.5

450

±1 L

SB−4

0 to

+85

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 8

-pin

TSS

OP

MCP

3302

1310

02

Diffe

rent

ialSP

I2.

7 to

5.5

450

±1 L

SB−4

0 to

+85

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

P

MCP

3304

1310

04

Diffe

rent

ialSP

I2.

7 to

5.5

450

±1 L

SB−4

0 to

+85

16-p

in P

DIP,

16-

pin

SOIC

MC

P331

41-0

512

500k

sps

1Si

ngle

-End

edSP

I0V

to 5

.1V

900

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

41-1

012

1Msp

s1

Sing

le-E

nded

SPI

0V to

5.1

V90

0−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

41D

-05

1250

0ksp

s1

Diff

eren

tial

SPI

±5.1

V90

0−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

41D

-10

121M

sps

1D

iffer

entia

lSP

I±5

.1V

900

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

51-0

514

500k

sps

1Si

ngle

-End

edSP

I0V

to 5

.1V

900

±1.5

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

51-1

014

1Msp

s1

Sing

le-E

nded

SPI

0V to

5.1

V90

0±1

.5−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

51D

-05

1450

0ksp

s1

Diff

eren

tial

SPI

±5.1

V90

0±1

.5−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

51D

-10

141M

sps

1D

iffer

entia

lSP

I±5

.1V

900

±1.5

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

11-0

512

500k

sps

1Si

ngle

-End

edSP

I0V

to 5

.1V

2400

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

11-1

012

1Msp

s1

Sing

le-E

nded

SPI

0V to

5.1

V24

00−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

11D

-05

1250

0ksp

s1

Diff

eren

tial

SPI

±5.1

V24

00−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

11D

-10

121M

sps

1D

iffer

entia

lSP

I±5

.1V

2400

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

21-0

514

500k

sps

1Si

ngle

-End

edSP

I0V

to 5

.1V

2400

±1.5

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

21-1

014

1Msp

s1

Sing

le-E

nded

SPI

0V to

5.1

V24

00±1

.5−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

21D

-05

1450

0ksp

s1

Diff

eren

tial

SPI

±5.1

V24

00±1

.5−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

21D

-10

141M

sps

1D

iffer

entia

lSP

I±5

.1V

2400

±1.5

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

31-0

516

500k

sps

1Si

ngle

-End

edSP

I0V

to 5

.1V

2400

±6−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MC

P331

31-1

016

1Msp

s1

Sing

le-E

nded

SPI

0V to

5.1

V24

00±6

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

31D

-05

1650

0ksp

s1

Diff

eren

tial

SPI

±5.1

V24

00±6

−40

to +

125

10-p

in M

SOP,

10-

pin

TDFN

MC

P331

31D

-10

161M

sps

1D

iffer

entia

lSP

I±5

.1V

2400

±6−4

0 to

+12

510

-pin

MSO

P, 1

0-pi

n TD

FN

MIX

ED S

IGN

AL:

Del

ta-S

igm

a A/

D C

onve

rters

Part

#Re

solu

tion

(bits

)M

axim

um S

ampl

ing

Rate

(sam

ples

/sec

)#

of In

put

Cha

nnel

sIn

terfa

ceSu

pply

Vol

tage

Ra

nge

(V)

Typi

cal S

uppl

y C

urre

nt (µ

A)Ty

pica

l IN

L (p

pm)

Tem

pera

ture

Ra

nge

(°C)

Feat

ures

Pack

ages

MCP

3421

18 to

12

4 to

240

1 Di

ffI2 C

2.7

to 5

.515

510

−40

to +

125

PGA,

Vre

f6-

pin

SOT-

23A

MCP

3422

18 to

12

4 to

240

2 Di

ffI2 C

2.7

to 5

.514

510

−40

to +

125

PGA,

Vre

f8-

pin

SOIC

, 8-p

in M

SOP,

8-

pin

2 ×

3 DF

N

MCP

3423

18 to

12

4 to

240

2 Di

ffI2 C

2.7

to 5

.514

510

−40

to +

125

PGA,

Vre

f, Se

lecta

ble

I2 C a

ddre

ssin

g10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

3424

18 to

12

4 to

240

4 Di

ffI2 C

2.7

to 5

.514

510

−40

to +

125

PGA,

Vre

f, Se

lecta

ble

I2 C a

ddre

ssin

g14

-pin

SO

IC, 1

4-pi

n TS

SOP

MCP

3425

16 to

12

15 to

240

1 Di

ffI2 C

2.7

to 5

.515

510

−40

to +

125

PGA,

Vre

f6-

pin

SOT-

23A

MCP

3426

16 to

12

15 to

240

2 Di

ffI2 C

2.7

to 5

.514

510

−40

to +

125

PGA,

Vre

f8-

pin

SOIC

, 8-p

in M

SOP,

8-

pin

2 ×

3 DF

N

MCP

3427

16 to

12

15 to

240

2 Di

ffI2 C

2.7

to 5

.514

510

−40

to +

125

PGA,

Vre

f, Se

lecta

ble

I2 C a

ddre

ssin

g10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

3428

16 to

12

15 to

240

4 Di

ffI2 C

2.7

to 5

.514

510

−40

to +

125

PGA,

Vre

f, Se

lecta

ble

I2 C a

ddre

ssin

g14

-pin

SO

IC, 1

4-pi

n TS

SOP

MC

P346

116

153.

6k1

SPI

2.7

to 3

.693

07

–40

to +

125

One

Diff

eren

tial o

r Tw

o Si

ngle

-end

ed In

put

Cha

nnel

s, 1

53.6

kSP

S, L

ow-N

oise

16-

bit D

elta

-Si

gma

ADC

s3

mm

× 3

mm

UQ

FN-2

0,

20-p

in T

SSO

P

MC

P346

216

153.

6k2

SPI

2.7

to 3

.693

07

–40

to +

125

Two

Diff

eren

tial o

r Fou

r Sin

gle-

ende

d In

put

Cha

nnel

s, 1

53.6

kSP

S, L

ow-N

oise

16-

bit D

elta

-Si

gma

ADC

s3

mm

× 3

mm

UQ

FN-2

0,

20-p

in T

SSO

P


MIX

ED S

IGN

AL:

Del

ta-S

igm

a A/

D C

onve

rters

Part

#Re

solu

tion

(bits

)M

axim

um S

ampl

ing

Rate

(sam

ples

/sec

)#

of In

put

Cha

nnel

sIn

terfa

ceSu

pply

Vol

tage

Ra

nge

(V)

Typi

cal S

uppl

y C

urre

nt (µ

A)Ty

pica

l IN

L (p

pm)

Tem

pera

ture

Ra

nge

(°C)

Feat

ures

Pack

ages

MC

P346

416

153.

6k4

SPI

2.7

to 3

.693

07

–40

to +

125

Four

Diff

eren

tial o

r Eig

ht S

ingl

e-en

ded

Inpu

t C

hann

els,

153

.6 k

SPS,

Low

-Noi

se 1

6-bi

t Del

ta-

Sigm

a AD

Cs

3 m

m ×

3 m

m U

QFN

-20,

20

-pin

TSS

OP

MC

P356

124

153.

6k1

SPI

2.7

to 3

.693

07

–40

to +

125

One

Diff

eren

tial o

r Tw

o Si

ngle

-end

ed In

put

Cha

nnel

s, 1

53.6

kSP

S, L

ow-N

oise

24-

bit D

elta

-Si

gma

ADC

s3

mm

× 3

mm

UQ

FN-2

0,

20-p

in T

SSO

P

MC

P356

224

153.

6k2

SPI

2.7

to 3

.693

07

–40

to +

125

Two

Diff

eren

tial o

r Fou

r Sin

gle-

ende

d In

put

Cha

nnel

s, 1

53.6

kSP

S, L

ow-N

oise

24-

bit D

elta

-Si

gma

ADC

s3

mm

× 3

mm

UQ

FN-2

0,

20-p

in T

SSO

P

MC

P356

424

153.

6k4

SPI

2.7

to 3

.693

07

–40

to +

125

Four

Diff

eren

tial o

r Eig

ht S

ingl

e-en

ded

Inpu

t C

hann

els,

153

.6 k

SPS,

Low

-Noi

se 2

4-bi

t Del

ta-

Sigm

a AD

Cs

3 m

m ×

3 m

m U

QFN

-20,

20

-pin

TSS

OP

MCP

3550

-50

2213

1 Di

ffSP

I2.

7 to

5.5

120

2−4

0 to

+12

550

Hz

rejec

tion

8-pi

n SO

IC, 8

-pin

MSO

PM

CP35

50-6

022

151

Diff

SPI

2.7

to 5

.514

02

−40

to +

125

60 H

z re

jectio

n8-

pin

SOIC

, 8-p

in M

SOP

MCP

3551

2214

1 Di

ffSP

I2.

7 to

5.5

120

2−4

0 to

+12

5Si

mul

tane

ous

50/6

0 Hz

rejec

tion

8-pi

n SO

IC, 8

-pin

MSO

PM

CP35

5320

601

Diff

SPI

2.7

to 5

.514

02

−40

to +

125

8-pi

n SO

IC, 8

-pin

MSO

P

MIX

ED S

IGNA

L: P

ipel

ined

A/D

Con

verte

rs

Part

#Re

solu

tion

Max

Sam

ple

Rate

(M

sam

ples

/sec

)#

of In

put

Cha

nnel

sIn

put T

ype

Inte

rface

Supp

ly

Volta

ge

(V)

Pow

er

Dis

sipa

tion

(mW

)

Inpu

t C

hann

el

BW (M

Hz)

SNR

(dB)

SFD

R (d

B)In

put

Rang

e (V

p-p)

Feat

ures

Tem

pera

ture

Ra

nge

(°C)

Pack

ages

MCP

37D3

1-20

016

200

1, 2

, 4, 8

Diffe

rent

ialSe

rial D

DR LV

DS o

r Par

allel

CMO

S1.

2, 1

.849

050

074

.790

2.98

Decim

atio

n filt

ers,

dig

ital

dow

n-co

nver

ter

−40

to +

8512

4-pi

n VT

LA,

121-

pin

TFBG

A

MCP

3723

1-20

016

200

1, 2

, 4, 8

Diffe

rent

ialSe

rial D

DR LV

DS o

r Par

allel

CMO

S1.

2, 1

.849

050

074

.790

2.98

Decim

atio

n filt

ers

−40

to +

85

124-

pin

VTLA

, 12

1-pi

n TF

BGA,

AEC-

Q10

0 G

rade

1

(onl

y TF

BGA

pack

age)

MCP

37D2

0-20

014

200

1Di

ffere

ntial

Seria

l DDR

LVDS

or P

arall

el CM

OS

1.2,

1.8

348

650

67.8

961.

8De

cimat

ion

filter

s, d

igita

l do

wn-

conv

erte

r−4

0 to

+85

124-

pin

VTLA

, 12

1-pi

n TF

BGA

MCP

3722

0-20

014

200

1Di

ffere

ntial

Seria

l DDR

LVDS

or P

arall

el CM

OS

1.2,

1.8

348

650

67.8

961.

8De

cimat

ion

filter

s−4

0 to

+85

124-

pin

VTLA

, 12

1-pi

n TF

BGA

MCP

37D2

1-20

014

200

1, 2

, 4, 8

Diffe

rent

ialSe

rial D

DR LV

DS o

r Par

allel

CMO

S1.

2, 1

.849

050

074

.290

2.98

Decim

atio

n filt

ers,

dig

ital

dow

n-co

nver

ter

−40

to +

85

124-

pin

VTLA

, 12

1-pi

n TF

BGA,

AE

C-Q1

00 G

rade

1

(only

TFB

GA

pack

age)

MCP

3722

1-20

014

200

1, 2

, 4, 8

Diffe

rent

ialSe

rial D

DR LV

DS o

r Par

allel

CMO

S1.

2, 1

.849

050

074

.290

2.98

Decim

atio

n filt

ers

−40

to +

85

124-

pin

VTLA

, 12

1-pi

n TF

BGA,

AE

C-Q1

00 G

rade

1

(only

TFB

GA

pack

age)

MCP

37D1

0-20

012

200

1Di

ffere

ntial

Seria

l DDR

LVDS

or P

arall

el CM

OS

1.2,

1.8

338

650

6796

1.8

Decim

atio

n filt

ers,

dig

ital

dow

n-co

nver

ter,

noise

-sh

apin

g re

quan

tizer

−40

to +

8512

4-pi

n VT

LA,

121-

pin

TFBG

A

MCP

3721

0-20

012

200

1Di

ffere

ntial

Seria

l DDR

LVDS

or P

arall

el CM

OS

1.2,

1.8

338

650

6796

1.8

Decim

atio

n filt

ers,

noi

se-

shap

ing

requ

antiz

er−4

0 to

+85

124-

pin

VTLA

, 12

1-pi

n TF

BGA

MCP

37D1

1-20

012

200

1, 2

, 4, 8

Diffe

rent

ialSe

rial D

DR LV

DS o

r Par

allel

CMO

S1.

2, 1

.846

850

071

.390

2.98

Decim

atio

n filt

ers,

dig

ital

dow

n-co

nver

ter

−40

to +

85

124-

pin

VTLA

, 12

1-pi

n TF

BGA,

AE

C-Q1

00 G

rade

1

(only

TFB

GA

pack

age)

MCP

3721

1-20

012

200

1, 2

, 4, 8

Diffe

rent

ialSe

rial D

DR LV

DS o

r Par

allel

CMO

S1.

2, 1

.846

850

071

.390

2.98

Decim

atio

n filt

ers,

noi

se

shap

ing

requ

antiz

er−4

0 to

+85

124-

pin

VTLA

, 12

1-pi

n TF

BGA


MIX

ED S

IGN

AL:

Ener

gy M

eter

ing

and

Pow

er M

onito

ring

ICs

Part

#D

ynam

ic

Rang

ePo

wer

Sy

stem

Typi

cal

Accu

racy

Inpu

t C

hann

els

ADC

Re

solu

tion

Even

t M

onito

ring

Zero

-Cro

ss

Det

ectio

n Pi

nO

utpu

t Ty

peVd

d (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

39F5

1140

00:1

Sing

le Ph

ase

0.1%

I, V,

Tem

p.24

-bit

5Ye

sUA

RT/

Sing

le-w

ire2.

7 to

3.

6−4

0 to

+12

5Po

wer m

onito

ring

IC w

ith a

ctive

, rea

ctive

and

app

aren

t pow

er, a

ctive

and

reac

tive

ener

gy, P

F, R

MS

curre

nt/v

oltag

e, fr

eque

ncy,

even

t not

ificat

ions,

EEPR

OM, P

WM

out

put

QFN

MCP

39F5

2140

00:1

Sing

le Ph

ase

0.1%

I, V,

Tem

p.24

-bit

4Ye

sI2 C

2.7

to

3.6

−40

to +

125

Powe

r mon

itorin

g IC

with

act

ive, r

eact

ive a

nd a

ppar

ent p

ower

, act

ive a

nd re

activ

e en

ergy

, PF,

RM

S cu

rrent

/volt

age,

freq

uenc

y, ev

ent n

otific

ation

s, E

EPRO

MQ

FN

MCP

39F5

11N

4000

:1Si

ngle

Phas

e0.

5%I1

, I2,

V24

-bit

6Ye

sUA

RT2.

7 to

3.

6−4

0 to

+12

5Du

al-ch

anne

l pow

er m

onito

ring

IC w

ith a

ctive

, rea

ctive

and

app

aren

t pow

er,

activ

e an

d re

activ

e en

ergy

, PF,

RM

S cu

rrent

/vol

tage

, fre

quen

cy, e

vent

no

tifica

tions

, EEP

ROM

, PW

M o

utpu

tQ

FN

MCP

39F5

11A

4000

:1Si

ngle

Phas

e0.

1%I,

V, T

emp

24-b

it5

Yes

UART

/Si

ngle-

wire

2.7

to

3.−4

0 to

+12

5AC

& D

C du

al-m

ode

pow

er m

onito

ring

IC w

ith a

ctive

, rea

ctive

and

app

aren

t po

wer

, act

ive a

nd re

activ

e en

ergy

, PF,

RM

S cu

rrent

/vol

tage

, fre

quen

cy, e

vent

no

tifica

tions

, EEP

ROM

, PW

M o

utpu

tQ

FN

MCP

3905

A/

06A

500:

1/

1000

:1Si

ngle

Phas

e0.

10%

I, V

16-b

it–

–Ac

tive

Pow

er

Pulse

4.5

to

5.5

−40

to +

125

Activ

e po

wer

calc

ulat

ion

SSO

P

ATM

90E2

650

00:1

Sing

le Ph

ase

0.1%

I, V,

NN/

A1

Yes

SPI/U

ART/

Pulse

2.8

to

3.6

−40

to +

85Si

ngle-

phas

e en

ergy

met

er IC

with

act

ive, r

eact

ive a

nd a

ppar

ent p

ower

, act

ive a

nd

reac

tive

ener

gy, P

F, R

MS

curre

nt/v

olta

ge, a

nti-t

ampe

ring

SSO

P

ATM

90E3

2AS

6000

:1Po

ly-ph

ase

0.1%

3xI,

3xV

N/A

8Ye

sSP

I/Pul

se2.

8 to

3.

6−4

0 to

+85

Thre

e-ph

ase

ener

gy m

eter

IC w

ith a

ctive

, rea

ctive

and

app

aren

t pow

er a

nd

ener

gy, P

F, R

MS

curre

nt/v

olta

ge, f

requ

ency

, fun

dam

enta

l and

har

mon

ic m

easu

rem

ent,

even

t not

ificat

ions

, tem

pera

ture

sen

sor

TQFP

ATM

90E3

6A60

00:1

Poly-

phas

e0.

1%3x

I, 3x

V, N

N/A

5Ye

sSP

I/Pul

se2.

8 to

3.

6−4

0 to

+85

Thre

e-ph

ase

ener

gy m

eter

IC w

ith a

ctive

, rea

ctive

and

app

aren

t pow

er a

nd

ener

gy, P

F, R

MS

curre

nt/v

olta

ge, f

requ

ency

, DFT

func

tion,

fund

amen

tal a

nd

harm

onic

mea

sure

men

t, ev

ent n

otific

atio

ns, t

empe

ratu

re s

enso

rTQ

FP

MIX

ED S

IGN

AL:

Ener

gy M

easu

rem

ent A

FEs

Part

#D

ynam

ic

Rang

eTy

pica

l Ac

cura

cyAD

C

Cha

nnel

sAD

C

Reso

lutio

nSI

NAD

Gai

n Se

lect

ion

Out

put

Type

Vdd (V

)Te

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

MCP

3918

/10

1000

0:1

0.1%

1/2

24-b

it93

.5Up

to 3

2SP

I/2-w

ire2.

7 to

3.6

−40

to +

125

AFE

with

pha

se c

orre

ctio

n, P

rogr

amm

able

data

rate

, 16-

bit C

RC, R

egist

er m

ap lo

ck,

2-w

ire in

terfa

ceSS

OP,

QFN

MCP

3919

1000

0:1

0.1%

324

-bit

93.5

Up to

32

SPI/2

-wire

2.7

to 3

.6−4

0 to

+12

5AF

E w

ith p

hase

cor

rect

ion,

Pro

gram

mab

le da

ta ra

te, 1

6-bi

t CRC

, Reg

ister

map

lock

, 2-

wire

inte

rface

SSO

P, Q

FN

MCP

3912

1000

0:1

0.1%

424

-bit

93.5

Up to

32

SPI

2.7

to 3

.6−4

0 to

+12

5AF

E w

ith p

hase

cor

rect

ion,

Pro

gram

mab

le da

ta ra

te, 1

6-bi

t CRC

, Reg

ister

map

lock

SSO

P, Q

FN

MCP

3913

/14

1000

0:1

0.1%

6/8

24-b

it94

.5Up

to 3

2SP

I2.

7 to

3.6

−40

to +

125

AFE

with

pha

se c

orre

ctio

n, P

rogr

amm

able

data

rate

, 16-

bit C

RC, R

egist

er m

ap lo

ckSS

OP,

UQ

FN

ATSE

NSE1

0130

00:1

0.1%

316

/32-

bit

84Up

to 8

SPI

3.0

to 3

.6−4

0 to

+85

Die

tem

pera

ture

sen

sor

SOIC

ATSE

NSE2

01(H

)30

00:1

0.1%

416

/32-

bit

84Up

to 8

SPI

3.0

to 3

.6−4

0 to

+85

Die

tem

pera

ture

sen

sor

TQFP

ATSE

NSE3

01(H

)30

00:1

0.1%

716

/32-

bit

84Up

to 8

SPI

3.0

to 3

.6−4

0 to

+85

Die

tem

pera

ture

sen

sor

TQFP


MIX

ED S

IGN

AL:

DC

Pow

er M

onito

rs

Part

##

of

Cur

rent

Se

nsor

sD

escr

iptio

nFu

ll Sc

ale

Rang

e (m

V)C

urre

nt

Mea

sure

men

t M

ax A

ccr (

%)

Effec

tive

Sam

plin

g In

terv

al M

in to

Max

(m

sec)

Bus

Volta

ge

Rang

e (V

)#

of T

emp.

M

onito

rs

(Am

bien

t, Re

mot

e)

Tem

p.

Accu

racy

Ty

p/M

ax (°

C)

Aler

t/TH

ERM

Peak

D

etec

tion

Addr

ess

Sele

ctPa

ckag

e

PAC1

710

1SM

Bus/

I2 C C

urre

nt/D

C Po

wer

Sen

sor

10, 2

0, 4

0, 8

0±1

2.5

to 2

,600

0 to

+ 4

0–

–1

–Ye

s10

-pin

DFN

PAC1

720

2Du

al SM

Bus/

I2 C C

urre

nt/D

C Po

wer

Sen

sor

10, 2

0, 4

0, 8

0±1

2.5

to 2

,600

0 to

+ 4

0–

–1

–Ye

s10

-pin

DFN

PAC1

921

2SM

Bus/

I2 C C

urre

nt/P

ower

Sen

sor w

ith A

nalo

g O

utpu

t10

0±1

2.5

to 2

,900

0 to

+ 3

2–

––

–Ye

s10

-pin

DFN

PAC

1931

1SM

Bus/

I2 C C

urre

nt/P

ower

Sen

sor w

ith

Accu

mul

ator

100

±0.9

0.98

to 1

250

to +

32–

–1

-Ye

s2.

225

× 2.

17 m

m

WLC

SP

PAC1

932

2SM

Bus/

I2 C C

urre

nt/P

ower

Sen

sor w

ith

Accu

mul

ator

100

±0.9

0.98

to 1

250

to +

32–

–1

-Ye

s2.

225

× 2.

17 m

m

WLC

SP, 1

6-pi

n Q

FN

PAC1

933

3SM

Bus/

I2 C C

urre

nt/P

ower

Sen

sor w

ith

Accu

mul

ator

100

±0.9

0.98

to 1

250

to +

32–

–1

-Ye

s2.

225

× 2.

17 m

m

WLC

SP, 1

6-pi

n Q

FNPA

C193

44

SMBu

s/I2 C

Cur

rent

/Pow

er S

enso

r with

Ac

cum

ulat

or10

0±0

.90.

98 to

125

0 to

+ 3

2–

–1

–Ye

s2.

225

× 2.

17 m

m

WLC

SP, 1

6-pi

n Q

FNEM

C170

1-1

1SM

Bus/

I2 C C

urre

nt/D

C Po

wer

Sen

sor w

ith

Tem

pera

ture

Mon

itorin

g10

, 20,

40,

80

±12.

5 to

2,6

00+3

to +

241,

0±0

.25/

±12

Hard

war

eYe

s12

-pin

4 ×

4 Q

FN

EMC1

701-

21

SMBu

s/I2 C

Cur

rent

/DC

Pow

er S

enso

r with

Te

mpe

ratu

re M

onito

ring

10, 2

0, 4

0, 8

0±1

2.5

to 2

,600

+3 to

+24

1, 0

±0.2

5/±1

2So

ftwar

eYe

s10

-pin

MSO

P

EMC1

702-

11

SMBu

s/I2 C

Cur

rent

/DC

Pow

er S

enso

r with

Two

Tem

pera

ture

Mon

itors

10, 2

0, 4

0, 8

0±1

2.5

to 2

,600

+3 to

+24

1, 1

±0.2

5/±1

2Ha

rdw

are

Yes

12-p

in 4

× 4

QFN

EMC1

704-

11

SMBu

s/I2 C

Cur

rent

/DC

Pow

er S

enso

r with

Fou

r Te

mpe

ratu

re M

onito

rs10

, 20,

40,

80

±12.

5 to

2,6

00+3

to +

241,

3±0

.25/

±12

Softw

are

Yes

14-p

in S

OIC

EMC1

704-

21

SMBu

s/I2 C

Cur

rent

/DC

Pow

er S

enso

r with

Fou

r Te

mpe

ratu

re M

onito

rs10

, 20,

40,

80

±12.

5 to

2,6

00+3

to +

241,

3±0

.25/

±12

Hard

war

eYe

s16

-pin

4 ×

4 Q

FN

MIX

ED S

IGN

AL:

Dua

l-Slo

pe A

/D C

onve

rters

Part

#Su

pply

Vo

ltage

(V)

Inpu

t Vol

tage

Ran

geRe

solu

tion

Sam

plin

g Ra

te (C

onv/

s)In

put

Cha

nnel

sD

ata

Inte

rface

Tem

pera

ture

Ra

nge

(°C)

Feat

ures

Pack

ages

TC50

0±4

.5 to

±7.

5Vs

s +

1.5V

to V

dd –

1.5

VUp

to 1

6 bi

ts4

to 1

01

3-W

ire0

to +

70Di

ffere

ntial

inpu

t ran

ge, P

rogr

amm

able

reso

lutio

n/co

nver

sion

time

16-p

in P

DIP,

16-

pin

SOIC

TC50

0A±4

.5 to

±7.

5Vs

s +

1.5V

to V

dd –

1.5

VUp

to 1

7 bi

ts4

to 1

01

3-W

ire0

to +

70Di

ffere

ntial

inpu

t ran

ge, P

rogr

amm

able

reso

lutio

n/co

nver

sion

time

16-p

in P

DIP,

16-

pin

SOIC

TC51

0+4

.5 to

+5.

5Vs

s +

1.5V

to V

dd –

1.5

VUp

to 1

7 bi

ts4

to 1

01

3-W

ire0

to +

70Di

ffere

ntial

inpu

t ran

ge, P

rogr

amm

able

reso

lutio

n/co

nver

sion

time,

Cha

rge

pum

p (−

V) o

utpu

t pin

24-p

in P

DIP,

24-

pin

SOIC

TC51

4+4

.5 to

+5.

5Vs

s +

1.5V

to V

dd –

1.5

VUp

to 1

7 bi

ts4

to 1

04

3-W

ire0

to +

70Di

ffere

ntial

inpu

t ran

ge, P

rogr

amm

able

reso

lutio

n/co

nver

sion

time,

Cha

rge

pum

p (−

V) o

utpu

t pin

28-p

in P

DIP,

28-

pin

SOIC

TC52

0A+4

.5 to

+5.

5–

––

–Se

rial p

ort

0 to

+70

Opt

iona

l ser

ial in

terfa

ce a

dapt

er fo

r TC5

00/5

00A/

510/

514

14-p

in P

DIP,

16-

pin

SOIC

TC71

09±4

.5 to

±5.

5Vs

s +

1.5V

to V

dd –

1.0

V12

bits

plu

s sig

n bi

t2

to 1

01

Para

llel o

r Ser

ial p

ort

−25

to +

85Di

ffere

ntial

inpu

t ran

ge40

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP

TC71

09A

±4.5

to ±

5.5

Vss

+ 1.

5V to

Vdd

– 1

.0V

12 b

its p

lus

sign

bit

2 to

10

1Pa

ralle

l or S

erial

por

t−2

5 to

+85

Diffe

rent

ial in

put r

ange

40-p

in P

DIP,

44-

pin

PLCC

, 44-

pin

MQ

FP

MIX

ED S

IGN

AL:

Bina

ry a

nd B

CD

A/D

Con

verte

rs

Part

#D

escr

iptio

nSu

pply

Vo

ltage

(V)

Inpu

t Vol

tage

Ran

geRe

solu

tion

(Dig

its)

Reso

lutio

n (C

ount

s)M

ax P

ower

(m

W)

Dat

a In

terfa

ceTe

mpe

ratu

re

Rang

e (°C

)Fe

atur

esPa

ckag

es

TC85

0Bi

nary

A/D

±5Vs

s +

1.5V

to V

dd –

1.5

V15

-bit

±32,

768

358-

bit p

arall

el−2

5 to

+70

High

est c

onve

rsio

n sp

eed

(40

conv

/sec

)44

-pin

PLC

C, 4

0-pi

n PD

IPTC

1443

3BC

D A/

D±4

.5 to

±8

±199

.9 m

V to

1.9

99V

3½±2

,000

20M

UXed

BCD

−40

to +

85Fo

r DM

M, D

PM, D

ata

logg

ers

24-p

in S

OIC

, 24-

pin

PDIP

, 28-

pin

PLCC

TC14

433A

BCD

A/D

±4.5

to ±

8±1

99.9

mV

to 1

.999

V3½

±2,0

0020

MUX

ed B

CD−4

0 to

+85

For D

MM

, DPM

, Dat

a lo

gger

s24

-pin

PDI

P, 2

8-pi

n PL

CC

MIX

ED S

IGN

AL:

Dis

play

A/D

Con

verte

rs

Part

#D

ispl

ay T

ype

Supp

ly V

olta

ge (V

)Re

solu

tion

(Dig

its)

Reso

lutio

n (C

ount

s)Po

wer

(mW

)Te

mpe

ratu

re R

ange

(°C

)Fe

atur

esPa

ckag

esTC

7106

LCD

93½

±2,0

0010

−25

to +

85Fo

r DM

M, D

PM, D

ata

logg

er a

pplic

atio

ns40

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP

TC71

06A

LCD

93½

±2,0

0010

−25

to +

85Fo

r DM

M, D

PM, D

ata

logg

er a

pplic

atio

ns40

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP

TC71

07LE

D±5

3½±2

,000

10−2

5 to

+85

For D

MM

, DPM

, Dat

a lo

gger

app

licat

ions

40-p

in P

DIP,

44-

pin

PLCC

, 44-

pin

MQ

FPTC

7107

ALE

D±5

3½±2

,000

10−2

5 to

+85

For D

MM

, DPM

, Dat

a lo

gger

app

licat

ions

40-p

in P

DIP,

44-

pin

PLCC

, 44-

pin

MQ

FPTC

7116

LCD

93½

±2,0

0010

−25

to +

85Ho

ld fu

nctio

n40

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP

TC71

16A

LCD

93½

±2,0

0010

−25

to +

85Ho

ld fu

nctio

n40

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP

TC71

17LE

D±5

3½±2

,000

10−2

5 to

+85

Hold

func

tion

40-p

in P

DIP,

44-

pin

PLCC

, 44-

pin

MQ

FPTC

7117

ALE

D±5

3½±2

,000

10−2

5 to

+85

Hold

func

tion

40-p

in P

DIP,

44-

pin

PLCC

, 44-

pin

MQ

FPTC

7126

LCD

93½

±2,0

000.

5−2

5 to

+85

Low

-pow

er T

C710

640

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP

TC71

26A

LCD

93½

±2,0

000.

5−2

5 to

+85

Low

-pow

er T

C710

640

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP

TC71

29LC

D9

4½±2

0,00

04.

50

to +

70Lo

wes

t noi

se ±

3 m

V se

nsitiv

ity40

-pin

PDI

P, 4

4-pi

n PL

CC, 4

4-pi

n M

QFP


MIX

ED S

IGN

AL:

Dig

ital P

oten

tiom

eter

s

Part

##

of

Taps

Mem

ory

# Pe

r Pa

ckag

eIn

terfa

ceRe

sist

ance

(k

Ohm

s)IN

L (M

ax)

DN

L (M

ax)

Tem

pera

ture

Ra

nge

(°C)

Com

men

tsPa

ckag

es

MCP

4011

64Vo

latile

1Up

/Dow

n2.

1, 5

, 10,

50

0.5

0.5

−40

to +

125

Pote

ntio

met

er m

ode

8-pi

n SO

IC, 8

-pin

MSO

P, 8

-pin

2 ×

3 D

FNM

CP40

1264

Volat

ile1

Up/D

own

2.1,

5, 1

0, 5

00.

50.

5−4

0 to

+12

5Rh

eost

at m

ode

6-pi

n SO

T-23

MCP

4013

64Vo

latile

1Up

/Dow

n2.

1, 5

, 10,

50

0.5

0.5

−40

to +

125

Pote

ntio

met

er to

Vss

6-pi

n SO

T-23

MCP

4014

64Vo

latile

1Up

/Dow

n2.

1, 5

, 10,

50

0.5

0.5

−40

to +

125

Rheo

stat

to V

ss5-

pin

SOT-

23M

CP40

1712

8Vo

latile

1I2 C

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

57-

bit,

Volat

ile, I

2 C d

igita

l pot

entio

met

er6-

pin

SC-7

0M

CP40

1812

8Vo

latile

1I2 C

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

57-

bit,

Volat

ile, I

2 C d

igita

l pot

entio

met

er6-

pin

SC-7

0M

CP40

1912

8Vo

latile

1I2 C

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

57-

bit,

Volat

ile, I

2 C d

igita

l pot

entio

met

er5-

pin

SC-7

0M

CP40

D17

128

Volat

ile1

I2 C5,

10,

50,

100

0.5

0.25

−40

to +

125

7-bi

t, Vo

latile

, I2 C

dig

ital p

oten

tiom

eter

6-pi

n SC

-70

MCP

40D1

812

8Vo

latile

1I2 C

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

57-

bit,

Volat

ile, I

2 C d

igita

l pot

entio

met

er6-

pin

SC-7

0M

CP40

D19

128

Volat

ile1

I2 C5,

10,

50,

100

0.5

0.25

−40

to +

125

7-bi

t, Vo

latile

, I2 C

dig

ital p

oten

tiom

eter

5-pi

n SC

-70

MCP

4021

64No

nvol

atile

1Up

/Dow

n2.

1, 5

, 10,

50

0.5

0.5

−40

to +

125

Pote

ntio

met

er m

ode,

Shu

tdow

n, W

iper

Lock

™ T

echn

olog

y8-

pin

SOIC

, 8-p

in M

SOP,

8-p

in 2

× 3

DFN

MCP

4022

64No

nvol

atile

1Up

/Dow

n2.

1, 5

, 10,

50

0.5

0.5

−40

to +

125

Rheo

stat

mod

e, S

hutd

own,

Wip

erLo

ck T

echn

olog

y6-

pin

SOT-

23M

CP40

2364

Nonv

olat

ile1

Up/D

own

2.1,

5, 1

0, 5

00.

50.

5−4

0 to

+12

5Po

tent

iom

eter

to V

ss, W

iper

Lock

Tec

hnol

ogy

6-pi

n SO

T-23

MCP

4024

64No

nvol

atile

1Up

/Dow

n2.

1, 5

, 10,

50

0.5

0.5

−40

to +

125

Rheo

stat

to V

ss, S

hutd

own,

Wip

erLo

ck T

echn

olog

y5-

pin

SOT-

23M

CP41

4112

8No

nvol

atile

1SP

I5,

10,

50,

100

0.5

0.25

−40

to +

125

Pote

ntio

met

er m

ode,

Shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 3

× 3

DFN

MCP

4142

128

Nonv

olat

ile1

SPI

5, 1

0, 5

0, 1

000.

80.

25−4

0 to

+12

5Rh

eost

at m

ode,

Shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 3

× 3

DFN

MCP

4241

128

Nonv

olat

ile2

SPI

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

5Po

tent

iom

eter

mod

e, S

hutd

own,

Wip

erLo

ck T

echn

olog

y14

-pin

PDIP

, 14-

pin

SOIC

, 14-

pin

TSSO

P, 1

6-pi

n 4

× 4

QFN

MCP

4242

128

Nonv

olat

ile2

SPI

5, 1

0, 5

0, 1

000.

80.

25−4

0 to

+12

5Rh

eost

at m

ode,

Shu

tdow

n10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

4131

129

Volat

ile1

SPI

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

5Po

tent

iom

eter

mod

e, S

hutd

own

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 8

-pin

3 ×

3 D

FN

MCP

41HV

3112

8Vo

latile

1SP

I5,

10,

50,

100

0.5

0.12

5−4

0 to

+12

57-

bit V

olat

ile d

igita

l pot

entio

met

er w

ith s

pecifi

ed o

pera

tion

from

10V

to 3

6V a

nd S

PI in

terfa

ce14

-pin

TSS

OP,

5 ×

5 Q

FN

MCP

4132

129

Volat

ile1

SPI

5, 1

0, 5

0, 1

000.

80.

25−4

0 to

+12

5Rh

eost

at m

ode,

Shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 3

× 3

DFN

MCP

4231

128

Volat

ile2

SPI

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

5Po

tent

iom

eter

mod

e, S

hutd

own,

Wip

erLo

ck T

echn

olog

y14

-pin

PDIP

, 14-

pin

SOIC

, 14-

pin

TSSO

P, 1

6-pi

n 4

× 4

QFN

MCP

4232

128

Volat

ile2

SPI

5, 1

0, 5

0, 1

000.

80.

25−4

0 to

+12

5Rh

eost

at m

ode,

Shu

tdow

n10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

4101

025

6Vo

latile

1SP

I10

11

−40

to +

85Po

tent

iom

eter

mod

e, S

hutd

own

8-pi

n PD

IP, 8

-pin

SO

ICM

CP41

050

256

Volat

ile1

SPI

501

1−4

0 to

+85

Pote

ntio

met

er m

ode,

Shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

MCP

4110

025

6Vo

latile

1SP

I10

01

1−4

0 to

+85

Pote

ntio

met

er m

ode,

Shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

MCP

4151

256

Volat

ile1

SPI

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Pote

ntio

met

er m

ode,

Shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 3

× 3

DFN

MCP

41HV

5125

6Vo

latile

1SP

I5,

10,

50,

100

10.

25−4

0 to

+12

58-

bit V

olat

ile d

igita

l pot

entio

mer

with

spe

cified

ope

ratio

n fro

m 1

0V to

36V

and

SPI

inte

rface

.14

-pin

TSS

OP,

5 ×

5 Q

FN

MCP

4152

256

Volat

ile1

SPI

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Rheo

stat

mod

e, S

hutd

own

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 8

-pin

3 ×

3 D

FNM

CP41

6125

6No

nvol

atile

1SP

I5,

10,

50,

100

10.

5−4

0 to

+12

5Po

tent

iom

eter

mod

e, S

hutd

own

8-pi

n PD

IP, 8

-pin

SO

IC, 8

-pin

MSO

P, 8

-pin

3 ×

3 D

FNM

CP41

6225

6No

nvol

atile

1SP

I5,

10,

50,

100

10.

5−4

0 to

+12

5Rh

eost

at m

ode,

Shu

tdow

n8-

pin

PDIP

, 8-p

in S

OIC

, 8-p

in M

SOP,

8-p

in 3

× 3

DFN

MCP

4201

025

6Vo

latile

2SP

I10

11

−40

to +

85Po

tent

iom

eter

mod

e, S

hutd

own

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

PM

CP42

100

256

Volat

ile2

SPI

100

11

−40

to +

85Po

tent

iom

eter

mod

e, S

hutd

own

14-p

in P

DIP,

14-

pin

SOIC

, 14-

pin

TSSO

PM

CP42

5125

6Vo

latile

2SP

I5,

10,

50,

100

10.

5−4

0 to

+12

5Po

tent

iom

eter

mod

e, S

hutd

own,

Wip

erLo

ck T

echn

olog

y14

-pin

PDIP

, 14-

pin

SOIC

, 14-

pin

TSSO

P, 1

6-pi

n 4

× 4

QFN

MCP

4252

256

Volat

ile2

SPI

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Rheo

stat

mod

e, S

hutd

own

10-p

in M

SOP,

10-

pin

3 ×

3 DF

NM

CP42

6125

6No

nvol

atile

2SP

I5,

10,

50,

100

10.

5−4

0 to

+12

5Po

tent

iom

eter

mod

e, S

hutd

own,

Wip

erLo

ck T

echn

olog

y14

-pin

PDIP

, 14-

pin

SOIC

, 14-

pin

TSSO

P, 1

6-pi

n 4

× 4

QFN

MCP

4262

256

Nonv

olat

ile2

SPI

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Rheo

stat

mod

e, S

hutd

own

10-p

in M

SOP,

10-

pin

3 ×

3 DF

NM

CP43

4112

9No

nvol

atile

4SP

I5,

10,

50,

100

0.8

0.37

5−4

0 to

+12

57-

bit,

Volat

ile p

oten

tiom

eter

with

an

SPI in

terfa

ce20

-pin

TSS

OP,

20-

pin

4 ×

4 Q

FNM

CP43

4212

9No

nvol

atile

4SP

I5,

10,

50,

100

0.8

0.37

5−4

0 to

+12

57-

bit,

Volat

ile rh

eost

at w

ith a

n SP

I inte

rface

14-p

in T

SSO

PM

CP43

6125

7No

nvol

atile

4SP

I5,

10,

50,

100

10.

5−4

0 to

+12

58-

bit,

Non-

volat

ile p

oten

tiom

eter

with

an

SPI in

terfa

ce20

-pin

TSS

OP,

20-

pin

4 ×

4 Q

FNM

CP43

6225

7No

nvol

atile

4SP

I5,

10,

50,

100

10.

5−4

0 to

+12

58-

bit,

Non-

volat

ile rh

eost

at w

ith a

n SP

I inte

rface

14-p

in T

SSO

PM

CP43

3112

9Vo

latile

4SP

I5,

10,

50,

100

0.8

0.37

5−4

0 to

+12

57-

bit,

Volat

ile p

oten

tiom

eter

with

an

SPI in

terfa

ce20

-pin

TSS

OP,

20-

pin

4 ×

4 Q

FNM

CP43

3212

9Vo

latile

4SP

I5,

10,

50,

100

0.8

0.5

−40

to +

125

7-bi

t, Vo

latile

rheo

stat

with

an

SPI in

terfa

ce14

-pin

TSS

OP

MCP

4351

257

Volat

ile4

SPI

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

8-bi

t, No

n-vo

latile

pot

entio

met

er w

ith a

n SP

I inte

rface

20-p

in T

SSO

P, 2

0-pi

n 4

× 4

QFN

MCP

4352

257

Volat

ile4

SPI

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

8-bi

t, No

n-vo

latile

rheo

stat

with

an

SPI in

terfa

ce14

-pin

TSS

OP

MCP

4441

129

Nonv

olat

ile4

I2 C5,

10,

50,

100

0.5

0.25

−40

to +

125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y20

-pin

TSS

OP,

20-

pin

4 ×

4 Q

FNM

CP44

4212

9No

nvol

atile

4I2 C

5, 1

0, 5

0, 1

000.

80.

375

−40

to +

125

Rheo

stat

mod

e, W

iper

Lock

Tec

hnol

ogy

14-p

in T

SSO

PM

CP44

6125

7No

nvol

atile

4I2 C

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y8-

pin

MSO

PM

CP44

6225

7No

nvol

atile

4I2 C

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Rheo

stat

mod

e, W

iper

Lock

Tec

hnol

ogy

14-p

in T

SSO

P, 5

× 5

DFN

MCP

4531

128

Volat

ile1

I2 C5,

10,

50,

100

0.5

0.25

−40

to +

125

Pote

ntio

met

er m

ode

14-p

in T

SSO

P, 5

× 5

DFN

MCP

45HV

3112

8Vo

latile

1I2 C

5, 1

0, 5

0, 1

000.

50.

125

−40

to +

125

7-bi

t vola

tile d

igita

l pot

entio

met

er w

ith s

pecifi

ed o

pera

tion

from

10

V to

36V

and

I²C

inter

face

14-p

in T

SSO

P, 1

6-pi

n 4

× 4

QFN

MCP

45HV

5125

6Vo

latile

1I2 C

5, 1

0, 5

0, 1

001

0.25

−40

to +

125

7-bi

t vola

tile d

igita

l pot

entio

met

er w

ith s

pecifi

ed o

pera

tion

from

10

V to

36V

and

I²C

inter

face

8-pi

n M

SOP


MIX

ED S

IGN

AL:

Dig

ital P

oten

tiom

eter

s

Part

##

of

Taps

Mem

ory

# Pe

r Pa

ckag

eIn

terfa

ceRe

sist

ance

(k

Ohm

s)IN

L (M

ax)

DN

L (M

ax)

Tem

pera

ture

Ra

nge

(°C)

Com

men

tsPa

ckag

es

MCP

4631

128

Volat

ile2

I2 C5,

10,

50,

100

0.5

0.25

−40

to +

125

Pote

ntio

met

er m

ode

14-p

in T

SSO

P, 1

6-pi

n 4x

4 Q

FNM

CP45

4112

8No

nvol

atile

1I2 C

5, 1

0, 5

0, 1

000.

50.

25−4

0 to

+12

5Po

tent

iom

eter

mod

e, W

iper

Lock

Tec

hnol

ogy

8-pi

n M

SOP

MCP

4641

128

Nonv

olat

ile2

I2 C5,

10,

50,

100

0.5

0.25

−40

to +

125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y14

-pin

TSS

OP,

16-

pin

4x4

QFN

MCP

4651

256

Volat

ile2

I2 C5,

10,

50,

100

10.

5−4

0 to

+12

5Po

tent

iom

eter

mod

e14

-pin

TSS

OP,

16-

pin

4 ×

4 Q

FNM

CP45

6125

6No

nvol

atile

1I2 C

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y8-

pin

MSO

PM

CP46

6125

6No

nvol

atile

2I2 C

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y14

-pin

TSS

OP,

16-

pin

4 ×

4 Q

FNM

CP45

3212

8No

nvol

atile

1I2 C

5, 1

0, 5

0, 1

000.

80.

375

−40

to +

125

Rheo

stat

mod

e8-

pin

MSO

P, 8

-pin

3 ×

3 D

FNM

CP46

3212

8Vo

latile

2I2 C

5, 1

0, 5

0, 1

000.

80.

375

−40

to +

125

Rheo

stat

mod

e10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

4542

128

Nonv

olat

ile1

I2 C5,

10,

50,

100

0.8

0.37

5−4

0 to

+12

5Rh

eost

at m

ode,

Wip

erLo

ck T

echn

olog

y8-

pin

MSO

P, 8

-pin

3 ×

3 D

FNM

CP45

5225

6Vo

latile

1I2 C

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Rheo

stat

mod

e8-

pin

MSO

P, 8

-pin

3 ×

3 D

FNM

CP46

5225

6No

nvol

atile

2I2 C

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Rheo

stat

mod

e10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

4562

256

Nonv

olat

ile1

I2 C5,

10,

50,

100

10.

5−4

0 to

+12

5Rh

eost

at m

ode,

Wip

erLo

ck T

echn

olog

y8-

pin

MSO

P, 8

-pin

3 ×

3 D

FNM

CP46

6225

6No

nvol

atile

2I2 C

5, 1

0, 5

0, 1

001

0.5

−40

to +

125

Rheo

stat

mod

e, W

iper

Lock

Tec

hnol

ogy

10-p

in M

SOP,

10-

pin

3 ×

3 DF

N

MIX

ED S

IGNA

L: F

requ

ency

-to-

Volta

ge/V

olta

ge-t

o-Fr

eque

ncy

Con

verte

rs

Part

#Fr

eque

ncy

Rang

e (k

Hz)

Full

Scal

e (p

pm F

S/°C

)N

on-li

near

ity (%

FS)

Tem

pera

ture

Ran

ge (°

C)

Pack

ages

TC94

0010

0±4

0±0

.05

−40

to +

8514

-pin

PDI

P, 1

4-pi

n SO

ICTC

9401

100

±40

±0.0

2−4

0 to

+85

14-p

in P

DIP,

14-

pin

SOIC

TC94

0210

0±1

00±0

.25

−40

to +

8514

-pin

PDI

P, 1

4-pi

n SO

IC

MIX

ED S

IGN

AL:

D/A

Con

verte

rs

Part

#Re

solu

tion

(Bits

)D

AC

Cha

nnel

sIn

terfa

ceM

emor

yVo

ltage

Ref

eren

ceO

utpu

t Set

ting

Tim

e (μ

s)D

NL

(LSB

)IN

L (L

SB)

Max

Ope

ratin

g C

urre

nt (μ

A)Te

mpe

ratu

re R

ange

(°C

)Pa

ckag

es

MCP

47CM

B01

81

I2 CM

TPVd

d, E

xt, I

nt16

0.1

0.1

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CM

B02

82

I2 CM

TPVd

d, E

xt, I

nt16

0.1

0.1

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CM

B11

101

I2 CM

TPVd

d, E

xt, I

nt16

0.25

0.25

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CM

B12

102

I2 CM

TPVd

d, E

xt, I

nt16

0.25

0.25

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CM

B21

121

I2 CM

TPVd

d, E

xt, I

nt16

0.1

0.1

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CM

B22

122

I2 CM

TP

Vdd,

Ext

, Int

160.

10.

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP47

CVB0

18

1I2 C

Volat

ileVd

d, E

xt, I

nt16

0.1

0.1

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CV

B02

82

I2 CVo

latile

Vdd,

Ext

, Int

160.

10.

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP47

CVB1

110

1I2 C

Volat

ileVd

d, E

xt, I

nt16

±0.2

5±0

.25

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CV

B12

102

I2 CVo

latile

Vdd,

Ext

, Int

16±0

.25

±0.2

570

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP47

CVB2

112

1I2 C

Volat

ileVd

d, E

xt, I

nt16

11

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

47CV

B22

122

I2 CVo

latile

Vdd,

Ext

, Int

161

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CMB0

18

1I2 C

MTP

Vdd,

Ext

, Int

160.

10.

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CMB0

28

2I2 C

MTP

Vdd,

Ext

, Int

160.

10.

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CMB1

110

1I2 C

MTP

Vdd,

Ext

, Int

160.

250.

2570

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CMB1

210

2I2 C

MTP

Vdd,

Ext

, Int

160.

250.

2570

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CMB2

112

1I2 C

MTP

Vdd,

Ext

, Int

161

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CMB2

212

2I2 C

MTP

Vdd,

Ext

, Int

161

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CVB0

18

1I2 C

Volat

ileVd

d, E

xt, I

nt16

0.1

0.1

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

48CV

B02

82

I2 CVo

latile

Vdd,

Ext

, Int

160.

10.

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CVB1

110

1I2 C

Volat

ileVd

d, E

xt, I

nt16

0.25

0.25

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

48CV

B12

102

I2 CVo

latile

Vdd,

Ext

, Int

160.

250.

2570

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

CVB2

112

1I2 C

Volat

ileVd

d, E

xt, I

nt16

11

700

−40

to +

125

10-p

in 3

× 3

DFN

, 16-

pin

3 ×

3 Q

FN, 1

0-pi

n M

SOP

MCP

48CV

B22

122

I2 CVo

latile

Vdd,

Ext

, Int

161

170

0−4

0 to

+12

510

-pin

3 ×

3 D

FN, 1

6-pi

n 3

× 3

QFN

, 10-

pin

MSO

PM

CP48

FEB0

18

1SP

IEE

PRO

MVd

d, V

ref,

Vbg

7.8

0.25

0.5

180

−40

to +

125

8-pi

n M

SOP

MCP

48FE

B11

101

SPI

EEPR

OM

Vdd,

Vre

f, Vb

g7.

80.

51.

518

0−4

0 to

+12

58-

pin

MSO

PM

CP48

FEB2

112

1SP

IEE

PRO

MVd

d, V

ref,

Vbg

7.8

16

180

−40

to +

125

8-pi

n M

SOP

MCP

48FE

B02

82

SPI

EEPR

OM

Vdd,

Vre

f, Vb

g7.

80.

250.

538

0−4

0 to

+12

58-

pin

MSO

P


MIX

ED S

IGN

AL:

D/A

Con

verte

rs

Part

#Re

solu

tion

(Bits

)D

AC

Cha

nnel

sIn

terfa

ceM

emor

yVo

ltage

Ref

eren

ceO

utpu

t Set

ting

Tim

e (μ

s)D

NL

(LSB

)IN

L (L

SB)

Max

Ope

ratin

g C

urre

nt (μ

A)Te

mpe

ratu

re R

ange

(°C

)Pa

ckag

es

MCP

48FE

B12

102

SPI

EEPR

OM

Vdd,

Vre

f, Vb

g7.

80.

51.

538

0−4

0 to

+12

58-

pin

MSO

PM

CP48

FEB2

212

2SP

IEE

PRO

MVd

d, V

ref,

Vbg

7.8

16

380

−40

to +

125

8-pi

n M

SOP

MCP

48FV

B01

81

SPI

Volat

ileVd

d, V

ref,

Vbg

7.8

0.25

0.5

180

−40

to +

125

8-pi

n M

SOP

MCP

48FV

B11

101

SPI

Volat

ileVd

d, V

ref,

Vbg

7.8

0.5

1.5

180

−40

to +

125

8-pi

n M

SOP

MCP

48FV

B21

121

SPI

Volat

ileVd

d, V

ref,

Vbg

7.8

16

180

−40

to +

125

8-pi

n M

SOP

MCP

48FV

B02

82

SPI

Volat

ileVd

d, V

ref,

Vbg

7.8

0.25

0.5

380

−40

to +

125

8-pi

n M

SOP

MCP

48FV

B12

102

SPI

Volat

ileVd

d, V

ref,

Vbg

7.8

0.5

1.5

380

−40

to +

125

8-pi

n M

SOP

MCP

48FV

B22

122

SPI

Volat

ileVd

d, V

ref,

Vbg

7.8

16

380

−40

to +

125

8-pi

n M

SOP

MCP

47FE

B01

81

I2 CEE

PRO

MVd

d, V

ref,

Vbg

60.

250.

518

0−4

0 to

+12

58-

pin

MSO

PM

CP47

FEB1

110

1I2 C

EEPR

OM

Vdd,

Vre

f, Vb

g6

0.5

1.5

180

−40

to +

125

8-pi

n M

SOP

MCP

47FE

B21

121

I2 CEE

PRO

MVd

d, V

ref,

Vbg

61

618

0−4

0 to

+12

58-

pin

MSO

PM

CP47

FEB0

28

2I2 C

EEPR

OM

Vdd,

Vre

f, Vb

g6

0.25

0.5

380

−40

to +

125

8-pi

n M

SOP

MCP

47FE

B12

102

I2 CEE

PRO

MVd

d, V

ref,

Vbg

60.

51.

538

0−4

0 to

+12

58-

pin

MSO

PM

CP47

FEB2

212

2I2 C

EEPR

OM

Vdd,

Vre

f, Vb

g6

16

380

−40

to +

125

8-pi

n M

SOP

MCP

47FV

B01

81

I2 CVo

latile

Vdd,

Vre

f, Vb

g6

0.25

0.5

180

−40

to +

125

8-pi

n M

SOP

MCP

47FV

B11

101

I2 CVo

latile

Vdd,

Vre

f, Vb

g6

0.5

1.5

180

−40

to +

125

8-pi

n M

SOP

MCP

47FV

B21

121

I2 CVo

latile

Vdd,

Vre

f, Vb

g6

16

180

−40

to +

125

8-pi

n M

SOP

MCP

47FV

B02

82

I2 CVo

latile

Vdd,

Vre

f, Vb

g6

0.25

0.5

380

−40

to +

125

8-pi

n M

SOP

MCP

47FV

B12

102

I2 CVo

latile

Vdd,

Vre

f, Vb

g6

0.25

1.5

380

−40

to +

125

8-pi

n M

SOP

MCP

47FV

B22

122

I2 CVo

latile

Vdd,

Vre

f, Vb

g6

16

380

−40

to +

125

8-pi

n M

SOP

MCP

47DA

16

1I2 C

Volat

ileVr

ef6

0.35

0.7

160

−40

to +

125

6-pi

n SO

T23,

6-p

in S

C70

MCP

4706

81

I2 CEE

PRO

MVd

d, V

ref

60.

050.

907

400

−40

to +

125

6-pi

n SO

T23,

6-p

in 2

× 2

DFN

MCP

4716

101

I2 CEE

PRO

MVd

d, V

ref

60.

188

3.62

540

0−4

0 to

+12

56-

pin

SOT2

3, 6

-pin

2 ×

2 D

FNM

CP47

2612

1I2 C

EEPR

OM

Vdd,

Vre

f6

0.75

14.5

400

−40

to +

125

6-pi

n SO

T23,

6-p

in 2

× 2

DFN

MCP

4725

121

I2 CEE

PRO

MVd

d6

0.75

14.5

400

−40

to +

125

6-pi

n SO

T23

MCP

4728

124

I2 CEE

PRO

MVd

d, V

bg6

0.75

1314

00−4

0 to

+12

510

-pin

MSO

PM

CP48

018

1SP

IVo

latile

Vbg

4.5

0.5

140

0−4

0 to

+12

58-

pin

MSO

P, 8

-pin

2 ×

3 D

FN, 8

-pin

SO

IC, 8

-pin

PDI

PM

CP48

1110

1SP

IVo

latile

Vbg

4.5

0.5

3.5

400

−40

to +

125

8-pi

n M

SOP,

8-p

in 2

× 3

DFN

, 8-p

in S

OIC

, 8-p

in P

DIP

MCP

4821

121

SPI

Volat

ileVb

g4.

50.

7512

400

−40

to +

125

8-pi

n M

SOP,

8-p

in 2

× 3

DFN

, 8-p

in S

OIC

, 8-p

in P

DIP

MCP

4802

82

SPI

Volat

ileVb

g4.

50.

51

400

−40

to +

125

8-pi

n M

SOP,

8-p

in 2

× 3

DFN

, 8-p

in S

OIC

, 8-p

in P

DIP

MCP

4812

102

SPI

Volat

ileVb

g4.

50.

53.

540

0−4

0 to

+12

58-

pin

MSO

P, 8

-pin

2 ×

3 D

FN, 8

-pin

SO

IC, 8

-pin

PDI

PM

CP48

2212

2SP

IVo

latile

Vbg

4.5

0.75

1240

0−4

0 to

+12

58-

pin

MSO

P, 8

-pin

2 ×

3 D

FN, 8

-pin

SO

IC, 8

-pin

PDI

PM

CP49

018

1SP

IVo

latile

Vbg

4.5

0.5

135

0−4

0 to

+12

58-

pin

MSO

P, 8

-pin

2 ×

3 D

FN, 8

-pin

SO

IC, 8

-pin

PDI

PM

CP49

1110

1SP

IVo

latile

Vbg

4.5

0.5

3.5

350

−40

to +

125

8-pi

n M

SOP,

8-p

in 2

× 3

DFN

, 8-p

in S

OIC

, 8-p

in P

DIP

MCP

4921

121

SPI

Volat

ileVb

g4.

50.

7512

350

−40

to +

125

8-pi

n M

SOP,

8-p

in 2

× 3

DFN

, 8-p

in S

OIC

, 8-p

in P

DIP

MCP

4902

82

SPI

Volat

ileVb

g4.

50.

51

350

−40

to +

125

8-pi

n M

SOP,

8-p

in 2

× 3

DFN

, 8-p

in S

OIC

, 8-p

in P

DIP

MCP

4912

102

SPI

Volat

ileVb

g4.

50.

53.

535

0−4

0 to

+12

58-

pin

MSO

P, 8

-pin

2 ×

3 D

FN, 8

-pin

SO

IC, 8

-pin

PDI

PM

CP49

2212

2SP

IVo

latile

Vbg

4.5

0.75

1235

0−4

0 to

+12

58-

pin

MSO

P, 8

-pin

2 ×

3 D

FN, 8

-pin

SO

IC, 8

-pin

PDI

P


INTE

RFA

CE

AND

NET

WO

RK

ING

INTE

RFAC

E AN

D N

ETW

ORK

ING

: C

AN P

rodu

cts

Part

#D

escr

iptio

n an

d Fe

atur

esO

pera

ting

Volta

ge (V

)Te

mpe

ratu

re

Rang

e (°C

)Tx

Bu

ffers

Rx

Buffe

rsFi

lters

Mas

ksIn

terru

pt

Out

put

Pack

ages

ATA6

560

CAN

Tran

sceiv

er w

ith s

tand

-by

and

silen

t mod

e, 5

V I/O

, CAN

FD

read

y, 5

Mbp

s, A

ECQ

100

Gra

de 1

4.5

to 5

.5−4

0 to

+12

5N/

AN/

AN/

AN/

AN/

A8-

pin

DFN,

8-p

in S

OIC

ATA6

561

CAN

Tran

sceiv

er w

ith s

tand

-by

mod

e, c

ompa

tible

with

3.3

V an

d 5V

micr

ocon

trolle

r, CA

N FD

read

y,

5 M

bps,

AEC

Q10

0 G

rade

14.

5 to

5.5

−40

to +

125

N/A

N/A

N/A

N/A

N/A

8-pi

n DF

N, 8

-pin

SO

IC

ATA6

562

CAN

Tran

sceiv

er w

ith s

tand

-by

and

silen

t mod

e, 5

V I/O

, wak

e up

pat

tern

, CAN

FD

read

y, 5

Mbp

s,

AECQ

100

Gra

de 0

, 14.

5 to

5.5

−40

to

+125

/+15

0N/

AN/

AN/

AN/

AN/

A8-

pin

DFN,

8-p

in S

OIC

ATA6

563

CAN

Tran

sceiv

er w

ith s

tand

-by

mod

e, c

ompa

tible

with

3.3

V an

d 5V

micr

ocon

trolle

r, w

ake

up p

atte

rn,

CAN

FD re

ady,

5 M

bps,

AEC

Q10

0 G

rade

0, 1

4.5

to 5

.5−4

0 to

+1

25/+

150

N/A

N/A

N/A

N/A

N/A

8-pi

n DF

N, 8

-pin

SO

IC

ATA6

564

CAN

Tran

sceiv

er w

ith s

ilent

mod

e, c

ompa

tible

with

3.3

V an

d 5V

micr

ocon

trolle

r, CA

N FD

read

y, 5

Mbp

s,

AECQ

100

Gra

de 0

, 14.

5 to

5.5

−40

to

+125

/+15

0N/

AN/

AN/

AN/

AN/

A8-

pin

DFN,

8-p

in S

OIC

ATA6

565

Dual

CAN

Tran

sceiv

er w

ith s

tand

-by

mod

e, 5

V I/O

, wak

e up

pat

tern

, CAN

FD

read

y, 5

Mbp

s, A

ECQ

100

Gra

de 0

, 14.

5 to

5.5

−40

to

+125

/+15

0N/

AN/

AN/

AN/

AN/

A14

-pin

DFN

, 14-

pin

SOIC

ATA6

566

CAN

Tran

sceiv

er w

ith s

tand

-by

mod

e, c

ompa

tible

with

3.3

V an

d 5V

micr

ocon

trolle

r, CA

N FD

read

y,

2 M

bps,

AEC

Q10

0 G

rade

0, 1

, sui

tabl

e fo

r the

Jap

anes

e m

arke

t4.

5 to

5.5

−40

to

+125

/+15

0N/

AN/

AN/

AN/

AN/

A8-

pin

DFN,

8-p

in S

OIC

ATA6

570

CAN

Parti

al Ne

twor

king

Tran

sceiv

er w

ith W

ake

pin

and

Win

dow

Wat

chdo

g, c

ompa

tible

with

3.3

V an

d 5V

m

icroc

ontro

ller,

wak

e up

fram

e, C

AN F

D re

ady,

5 M

bps,

AEC

Q10

0 G

rade

0, 1

4.55

to 2

8−4

0 to

+1

25/+

150

N/A

N/A

N/A

N/A

N/A

14-p

in S

OIC

MCP

2515

Exte

rnal

CAN

2.0B

Con

trolle

r with

SPI

Inte

rface

2.7

to 5

.5−4

0 to

+12

53

26

2Ye

s18

-pin

PDI

P, 1

8-pi

n SO

IC, 2

0-pi

n TS

SOP

MCP

2517

FDEx

tern

al CA

N FD

Con

trolle

r with

SPI

Inte

rface

, ISO

118

98-1

:201

5 Co

mpl

iant,

32-b

it Ti

me

Stam

p,

Supp

orts

CAN

2.0

B an

d CA

N FD

, Hig

hly

Confi

gura

ble

31 F

IFO

s an

d 32

Filte

rs2.

7 to

5.5

−40

to +

150

Up to

32

Up to

32

3232

1 to

314

-pin

SO

IC, 1

4-pi

n VD

FN

MCP

2518

FDEx

tern

al CA

N FD

Con

trolle

r with

SPI

Inte

rface

, ISO

118

98-1

:201

5 Co

mpl

iant,

32-b

it Ti

me

Stam

p,

Supp

orts

CAN

2.0

B an

d CA

N FD

, Hig

hly

Confi

gura

ble

31 F

IFO

s an

d 32

Filte

rs2.

7 to

5.5

−40

to +

150

Up to

32

Up to

32

3232

1 to

314

-pin

SO

IC, 1

4-pi

n VD

FN

MCP

2562

5In

tegr

ated

Hig

h-Sp

eed

CAN

Tran

sceiv

er a

nd C

AN 2

.0B

Cont

rolle

r2.

7 to

5.5

−40

to +

125

32

62

128

-pin

SSO

P, 2

8-pi

n 6

× 6

QFN

INTE

RFAC

E AN

D N

ETW

ORK

ING

: LI

N P

rodu

cts

Part

#D

escr

iptio

nVr

eg O

utpu

t Vo

ltage

(V)

Ope

ratin

g Te

mp.

Ra

nge

(°C)

Vreg

Out

put

Cur

rent

(mA)

Supp

ly V

olta

ge

Rang

e (V

)M

ax

Baud

Rat

eLI

N S

peci

ficat

ion

Supp

orte

dPa

ckag

es

ATA6

6321

1LI

N Tr

ansc

eiver

–−4

0 to

+12

5–

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

28-

pin

DFN,

SO

IC8

ATA6

625

LIN

Tran

sceiv

er w

ith in

tegr

ated

Vre

g5.

0−4

0 to

+12

585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

28-

pin

DFN,

SO

IC8

ATA6

6320

1LD

O, p

in c

ompa

tible

with

ATA

6632

31 L

IN S

BC3.

3−4

0 to

+12

585

5 to

28

––

8-pi

n DF

NAT

A663

203

LDO

, pin

com

patib

le w

ith A

TA66

3254

LIN

SBC

5.0

−40

to +

125

855

to 2

8–

–8-

pin

DFN

ATA6

6323

1LI

N Tr

ansc

eiver

with

inte

grat

ed V

reg

3.3

−40

to +

125

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

8-pi

n DF

NAT

A663

232

LIN

Tran

sceiv

er w

ith in

tegr

ated

Vre

g a

nd W

ake

Pin

3.3

−40

to +

125

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

8-pi

n DF

NAT

A663

254

LIN

Tran

sceiv

er w

ith in

tegr

ated

Vre

g5.

0−4

0 to

+12

585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

28-

pin

DFN,

SO

IC8

ATA6

6325

5LI

N Tr

ansc

eiver

with

inte

grat

ed V

reg a

nd W

ake

Pin

5.0

−40

to +

125

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

8-pi

n DF

NAT

A663

331

LIN

Tran

sceiv

er w

ith in

tegr

ated

Vre

g a

nd 2

relay

driv

er3.

3−4

0 to

+12

585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

216

-pin

DFN

ATA6

6335

4LI

N Tr

ansc

eiver

with

inte

grat

ed V

reg a

nd 2

relay

driv

er5.

0−4

0 to

+12

585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

216

-pin

DFN

ATA6

6343

1LI

N Tr

ansc

eiver

with

inte

grat

ed V

reg, W

WDT

3.3

−40

to +

125

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

16-p

in D

FN

ATA6

6345

4LI

N Tr

ansc

eiver

with

inte

grat

ed V

reg, W

WDT

5.0

−40

to +

125

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

16-p

in D

FN

ATSA

MHA

1G16

A-M

BT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 6

4K F

lash

mem

ory

3.3

−40

to +

8585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

248

-pin

QFN

ATSA

MHA

1G15

A-M

BT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 3

2K F

lash

mem

ory

3.3

−40

to +

8585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

248

-pin

QFN

ATSA

MHA

1G14

A-M

BT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 1

6K F

lash

mem

ory

3.3

−40

to +

8585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

248

-pin

QFN


INTE

RFAC

E AN

D N

ETW

ORK

ING

: LI

N P

rodu

cts

Part

#D

escr

iptio

nVr

eg O

utpu

t Vo

ltage

(V)

Ope

ratin

g Te

mp.

Ra

nge

(°C)

Vreg

Out

put

Cur

rent

(mA)

Supp

ly V

olta

ge

Rang

e (V

)M

ax

Baud

Rat

eLI

N S

peci

ficat

ion

Supp

orte

dPa

ckag

es

ATSA

MHA

0G16

A-M

ZT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 6

4K F

lash

mem

ory

3.3

−40

to +

105

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

48-p

in Q

FN

ATSA

MHA

0G15

A-M

ZT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 3

2K F

lash

mem

ory

3.3

−40

to +

105

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

48-p

in Q

FN

ATSA

MHA

0G14

A-M

ZT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 1

6K F

lash

mem

ory

3.3

−40

to +

105

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

48-p

in Q

FN

ATSA

MHA

1E16

A-M

BT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 6

4K F

lash

mem

ory

3.3

−40

to +

8585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

232

-pin

QFN

ATSA

MHA

1E15

A-M

BT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 3

2K F

lash

mem

ory

3.3

−40

to +

8585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

232

-pin

QFN

ATSA

MHA

1E14

A-M

BT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 1

6K F

lash

mem

ory

3.3

−40

to +

8585

5 to

28

20 k

baud

2.0,

2.1

, 2.2

, 2.2

A, S

AEJ2

602-

232

-pin

QFN

ATSA

MHA

0E16

A-M

ZT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 6

4K F

lash

mem

ory

3.3

−40

to +

105

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

32-p

in Q

FN

ATSA

MHA

0E15

A-M

ZT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 3

2K F

lash

mem

ory

3.3

−40

to +

105

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

32-p

in Q

FN

ATSA

MHA

0E14

A-M

ZT-B

LIN

SiP

with

Vre

g, L

IN T

RX a

nd u

C, 1

6K F

lash

mem

ory

3.3

−40

to +

105

855

to 2

820

kba

ud2.

0, 2

.1, 2

.2, 2

.2A,

SAE

J260

2-2

32-p

in Q

FN

INTE

RFAC

E AN

D N

ETW

ORK

ING

: Li

ne C

ircui

ts

Part

Num

ber

Line

Circ

uit T

ype

Appl

icat

ion

Serie

sLo

op L

engt

hBa

ttery

Top

olog

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c In

terfa

ceO

utpu

t Vol

tage

Num

ber o

f Por

ts

LE57

D111

Accc

ess

Netw

orks

Acce

ss N

etw

ork

SLIC

VE58

0Lo

ngEx

tern

al58

2LE

57D1

21Ac

cces

s Ne

twor

ksAc

cess

Net

wor

k SL

ICVE

580

Long

Exte

rnal

602

LE57

D122

Accc

ess

Netw

orks

Acce

ss N

etw

ork

SLIC

VE58

0Lo

ngEx

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al60

2LE

58Q

L02

Accc

ess

Netw

orks

Acce

ss N

etw

orks

Qua

d SL

ACVE

580

Long

PCM

/MPI

4LE

58Q

L021

Accc

ess

Netw

orks

Acce

ss N

etw

orks

Qua

d SL

ACVE

580

Long

PCM

/MPI

4LE

58Q

L022

Accc

ess

Netw

orks

Acce

ss N

etw

orks

Qua

d SL

ACVE

580

Long

PCM

/MPI

4LE

58Q

L031

Accc

ess

Netw

orks

Acce

ss N

etw

orks

Qua

d SL

ACVE

580

Long

PCM

/MPI

4LE

58Q

L061

Accc

ess

Netw

orks

Acce

ss N

etw

orks

Qua

d SL

ACVE

580

Long

PCM

/MPI

, GCI

4LE

58Q

L063

Accc

ess

Netw

orks

Acce

ss N

etw

orks

Qua

d SL

ACVE

580

Long

PCM

/MPI

, GCI

4

LE79

112

Accc

ess

Netw

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VE79

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Accc

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Acce

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VE79

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LE79

124

Accc

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792

Long

PCM

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7912

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CC V

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Con

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VE79

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Con

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VE79

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2388

Accc

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Long

Fixe

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252

Accc

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Acce

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LE79

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Accc

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Long

Exte

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Accc

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LE79

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Accc

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Netw

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VE58

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Exte

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751

LE88

010

Broa

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and

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FXO

CO

DEC

VE88

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PCM

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1


INTE

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E AN

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Part

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Line

Circ

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Num

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Broa

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PCM

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150

2LE

8822

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Broa

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XSVE

880

Shor

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PCM

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100

2LE

8823

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LE88

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Broa

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LE88

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Broa

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VE88

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150

2LE

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120

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8850

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VE88

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VE88

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LE89

810

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LE95

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Broa

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120

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Broa

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LE96

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Trac

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Broa

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LE96

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LE96

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CC V

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Con

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VE79

2Lo

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M/S

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2388

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Fixe

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Oct

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Long

PCM

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8860

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XSZL

880

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8860

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XSZL

880

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PCM

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120

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XSZL

880

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ZL88

702

Broa

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d G

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and

Gat

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FXS

ZL88

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Trac

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PCM

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150

2ZL

8880

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and

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d G

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ay F

XSZL

880

Shor

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PCM

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100

2


INTE

RFAC

E an

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Driv

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Part

Num

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Appl

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Serie

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op L

engt

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Pow

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Bm)

Num

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f Por

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LE87

100

PLC

, G.H

N, H

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2.0

PLC

Sho

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251

ADS

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HDS

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20.5

2 1

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LE87

270

VDS

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14.5

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LE87

271

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LE87

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LE87

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PLC

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LE87

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LE87

501

PLC

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2.0

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LE87

511

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2.0

PLC

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LE87

536

ADS

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HDS

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202

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557

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PLC

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PLC

Sho

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FN

LE87

612

PLC

, G.H

N, H

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2.0

PLC

Sho

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2 2

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FN


INTE

RFAC

E AN

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Part

Num

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Band

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Pack

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Con

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MII/

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64-p

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HSR

/DL

RLi

nkM

D+ w

ith s

igna

l qua

lity in

dica

tor

with

SG

MII

I12

8-pi

n LQ

FP

Note

: All p

rodu

cts

abov

e ar

e su

ppor

ted

with

3.3

V op

erat

ing

volta

ge *A

= A

utom

otive

tem

pera

ture

rang

e, (–

40˚ t

o +1

05˚C

) I =

Indu

stria

l tem

pera

ture

rang

e (–

40˚ t

o +8

5˚C)

INTE

RFAC

E AN

D N

ETW

ORK

ING

: Se

rial P

erip

hera

ls

Part

#D

escr

iptio

nO

pera

ting

Volta

ge (V

)O

pera

ting

Tem

p.

Rang

e (°C

)Bu

s Ty

peM

ax B

us

Freq

uenc

y (k

Hz)

Feat

ures

Pack

ages

MCP

2300

88-

bit I

/O P

ort E

xpan

der

1.8

to 5

.5−4

0 to

+85

I2 C17

00Th

ree

HW a

ddre

ss p

ins,

HW

inte

rrupt

, 25

mA

sour

ce/s

ink

capa

bility

per

I/O

18-p

in P

DIP,

18-

pin

SOIC

, 20-

pin

SSO

P, 2

0-pi

n 4

× 4

QFN

MCP

23S0

88-

bit I

/O P

ort E

xpan

der

1.8

to 5

.5−4

0 to

+85

SPI

1000

0Tw

o HW

add

ress

pin

s, H

W in

terru

pt, 2

5 m

A so

urce

/sin

k ca

pabi

lity p

er I/

O18

-pin

PDI

P, 1

8-pi

n SO

IC, 2

0-pi

n SS

OP,

20-

pin

4 ×

4 Q

FN

MCP

2300

98-

bit I

/O P

ort E

xpan

der

1.8

to 5

.5−4

0 to

+12

5I2 C

3400

One

HW

add

ress

pin

, HW

inte

rrupt

, 25

mA

sour

ce/s

ink

per I

/O, 1

00 k

Hz,

400

kHz

and

3.4

MHz

I2 C s

uppo

rted

18-p

in P

DIP,

18-

pin

SOIC

, 20-

pin

SSO

P

MCP

23S0

98-

bit I

/O P

ort E

xpan

der

1.8

to 5

.5−4

0 to

+12

5SP

I10

000

HW in

terru

pt, 2

5 m

A so

urce

/sin

k pe

r I/O

18-p

in P

DIP,

18-

pin

SOIC

MCP

2301

616

-bit

I/O P

ort E

xpan

der

2.0

to 5

.5−4

0 to

+85

I2 C40

0Th

ree

HW a

ddre

ss in

puts

, HW

inte

rrupt

, 25

mA

sour

ce/s

ink c

apab

ility

per I

/O28

-pin

PDI

P, 2

8-pi

n SO

IC, 2

8-pi

n SS

OP,

28-

pin

6 ×

6 Q

FN

MCP

2301

716

-bit

I/O E

xpan

der

1.8

to 5

.5−4

0 to

+12

5I2 C

1700

Thre

e HW

add

ress

pin

s, 2

5 m

A sin

k/so

urce

per

I/O

, 100

kHz

, 400

kHz

and

3-

4 M

Hz I2 C

sup

porte

d, In

terru

pt o

utpu

t28

-pin

PDI

P, 2

8-pi

n SO

IC, 2

8-pi

n SS

OP,

28-

pin

QFN

MCP

23S1

716

-bit

I/O E

xpan

der

1.8

to 5

.5−4

0 to

+12

5SP

I10

000

Thre

e HW

add

ress

pin

s, 2

5 m

A sin

k/so

urce

per

I/O

, Int

erru

pt o

utpu

t28

-pin

PDI

P, 2

8-pi

n SO

IC, 2

8-pi

n SS

OP,

28-

pin

QFN

MCP

2301

816

-bit

I/O P

ort E

xpan

der

1.8

to 5

.5−4

0 to

+12

5I2 C

3400

One

HW

add

ress

pin

, 2 H

W in

terru

pts,

25

mA

sour

ce/s

ink

per I

/O,

100

kHz,

400

kHz

and

3.4

MHz

I2 C s

uppo

rted

24-p

in S

SOP,

28-

pin

SOIC

, 28-

pin

SDIP

MCP

23S1

816

-bit

I/O P

ort E

xpan

der

1.8

to 5

.5−4

0 to

+12

5SP

I10

000

Two

HW in

terru

pts,

25

mA

sour

ce/s

ink

per I

/O28

-pin

SO

IC, 2

8-pi

n SD

IP

INTE

RFAC

E AN

D N

ETW

ORK

ING

: W

i-Fi®

Mod

ules

Part

#Ra

dio

Pin

Cou

ntAn

tenn

aFr

eque

ncy

Rang

e (G

Hz)

Sens

itivi

ty

(dBm

)Po

wer

O

utpu

t (d

Bm)

Pow

er

Con

sum

ptio

n (m

A)Sl

eep

MAC

Fea

ture

sPr

otoc

ols

Encr

yptio

nIn

terfa

cePa

ckag

esTx

Rx

MRF

24W

G0M

A80

2.11

b/g

36PC

B2.

412–

2.48

4−9

5+1

824

015

60.

1 m

A(1)

802.

11b/

g, W

i-Fi

Dire

ct, S

oftA

P, W

PSW

i-Fi C

onne

ctio

n M

anag

er, A

nnou

nce,

DN

S, D

DNS,

DHC

P, F

TP, H

TTP,

NBN

S,

SNM

P, S

NTP

, SSL

, TCP

, UDP

, Zer

oCon

f(2)

WPA

2-PS

K, W

PA-

PSK,

WEP

, WPA

-2-

ENTE

RPRI

SE4-

wire

SP

I36

/Mod

ule

(21.

0 ×

31.0

mm

)

WIN

C150

0-M

R210

PB80

2.11

b/g

/n28

PCB,

U.

FL2.

412–

2.47

2−9

4+1

8.5

250

5738

0 µA

802.

11b/

g/n,

Sof

tAP,

W

i-Fi D

irect

TCP,

UDP

, DHC

P, A

RP, H

TTP,

SSL

, DNS

WEP

, WPA

, WPA

2 Se

curit

ySP

I, UA

RT,

I2 C28

/mod

ule

(21.

5 ×

14.5

mm

)


INTE

RFAC

E AN

D N

ETW

ORK

ING

: W

i-Fi®

Mod

ules

Part

#Ra

dio

Pin

Cou

ntAn

tenn

aFr

eque

ncy

Rang

e (G

Hz)

Sens

itivi

ty

(dBm

)Po

wer

O

utpu

t (d

Bm)

Pow

er

Con

sum

ptio

n (m

A)Sl

eep

MAC

Fea

ture

sPr

otoc

ols

Encr

yptio

nIn

terfa

cePa

ckag

esTx

Rx

SAM

W25

802.

11 b

/g/n

51–

2.41

2–2.

472

−94

+17

250

5738

0 µA

802.

11b/

g/n,

Sof

tAP,

W

i-Fi D

irect

, sta

tion

mod

eDH

CP, D

NS, T

CP/IP

(IPv

4), U

DP, H

TTP,

HT

TPS

WEP

, WPA

/WPA

2 Pe

rson

al, T

LS, S

SLSP

I, UA

RT51

/mod

ule

(33.

86 ×

14.

88 m

m)

Not

e 1:

Ind

icate

s “o

ff” c

urre

nt N

ote

2: S

uppo

rted

in th

e pr

ovid

ed s

tack

INTE

RFAC

E AN

D N

ETW

ORK

ING

: H

igh-

Line

arity

2.4

-GH

z Am

plifi

ers

Part

N

umbe

rFr

eq (G

Hz)

802.

11 S

tand

ard

Des

crip

tion

Gai

n (d

B)Li

near

Po

(dBm

)EV

M (%

)Vc

c (V

)C

urre

nt @

Po

(mA)

Pack

age

(mm

)

LX55

112.

3–2.

5n

PA +

PDE

T26

.020

3.0

3.3

170

16-p

in Q

FN, 3

× 3

× 0

.9

LX55

352.

4–2.

5n

PA +

PDE

T32

.024

.53.

03.

3–5

260

16-p

in Q

FN, 3

× 3

× 0

.9

LX55

182.

4–2.

5n

PA +

PDE

T30

.026

3.0

3.3–

539

016

-pin

QFN

, 3 ×

3 ×

0.9

LX56

022.

4–2.

5n

PA, F

ilterin

g, P

DET

30.0

263.

05

440

16-p

in Q

FN, 3

× 3

× 0

.9

LX55

332.

4–2.

5ac

PA, F

ilterin

g, P

DET

30.0

241.

85

380

16-p

in Q

FN, 3

× 3

× 0

.9

INTE

RFAC

E AN

D N

ETW

ORK

ING

: H

igh-

Line

arity

5-G

Hz

Ampl

ifier

s

LX55

304.

9–5.

9n

PA +

PDE

T28

.022

3.0

3.3–

536

016

-pin

QFN

, 3 ×

3 ×

0.9

LX55

315.

15–5

.85

nPA

, Filte

ring,

PDE

T33

.025

3.0

535

020

-pin

QFN

, 4 ×

4 ×

0.9

ac23

1.8

529

0

INTE

RFAC

E AN

D N

ETW

ORK

ING

: Lo

w-N

oise

Am

plifi

ers

Part

Num

ber

Freq

(GH

z)80

2.11

Sta

ndar

d D

escr

iptio

n G

ain

(dB)

Noi

se F

igur

e (d

B)IIP

3 (d

Bm)

Cur

rent

@ P

o (m

A)Vc

c (V

)Pa

ckag

e (m

m)

LX55

612.

4–2.

5b/

g/n/

acLN

A13

1.5

6.5

10.5

3.3

12-p

in Q

FN, 2

× 2

× 0

.5

LX55

604.

9–6.

0a/

n/ac

LNA

121.

76

9.5

3.3

12-p

in Q

FN, 2

× 2

× 0

.5

LX55

632.

4–2.

5b/

g/n/

acLN

A +

Bypa

ss14

1.3

7.5

93.

36-

pin

DFN,

1.5

× 1

.5 ×

0.5

LX55

755.

15–5

.85

a/n/

acLN

A +

Bypa

ss12

1.7

129

3.3–

516

-pin

QFN

, 2.5

× 2

.5 ×

0.4

5

INTE

RFAC

E AN

D N

ETW

ORK

ING

: D

ual-B

and

Fron

t-En

d M

odul

es

Part

Num

ber

Freq

(GH

z)80

2.11

Sta

ndar

d D

escr

iptio

n G

ain

(dB)

Line

ar P

o (d

Bm)

EVM

(%)

Vcc (V

) C

urre

nt @

Po

(mA)

Pack

age

(mm

)

LX55

91

2.4–

2.5

nDu

al-Ba

ndPA

+ P

DET

+ LN

A w

ith B

ypas

s +

SPDT

3018

3.0

3.3

210

QFN

-28,

4×3

×0.9

ac16

1.8

190

5.15

–5.8

5n

2718

3.0

3.3

260

ac16

1.8

230


INTE

RFAC

E AN

D N

ETW

ORK

ING

: Si

ngle

-Ban

d, H

igh-

Line

arity

Fro

nt-E

nd M

odul

es

Part

Num

ber

Freq

(GH

z)80

2.11

Sta

ndar

d D

escr

iptio

n G

ain

(dB)

Line

ar P

o (d

Bm)

EVM

(%)

Vcc (V

) C

urre

nt @

Po

(mA)

Pack

age

(mm

)

LX55

512.

4–2.

5n

PA +

SPD

T +

PDET

2718

3.0

3.3

140

QFN

-16,

3×3

×0.9

LX55

84A

2.4–

2.5

nPA

+ L

og D

ET +

LNA

w

ith b

ypas

s +

SP3T

3019

3.0

3.3

220

QFN

-16,

3×3

×0.9

ac18

1.8

3.3

200

LX55

84B

2.4–

2.5

nPA

+ L

og D

ET +

LNA

w

ith B

ypas

s +

SP3T

3321

3.0

5.0

260

QFN

-16,

3×3

×0.9

ac20

1.8

5.0

240

LX55

84H

2.4–

2.5

nPA

+ L

og D

ET +

LNA

w

ith B

ypas

s +

SP3T

3321

3.0

5.0

260

QFN

-16,

2.5

×2.5

×0.9

ac20

1.8

5.0

240

LX55

865.

15–5

.85

nPA

+ P

DET

+ LN

A w

ith B

ypas

s +

SPDT

2717

.03.

03.

320

0Q

FN-1

6, 2

.5×2

.5×0

.4ac

16.0

1.8

3.3

185

LX55

86A

5.15

–5.8

5n

PA +

PDE

T +

LNA

with

Byp

ass

+ SP

DT27

17.5

3.0

3.3

200

QFN

-16,

2.5

×2.5

×0.4

5ac

16.5

1.8

3.3

185

LX55

86H

5.15

–5.8

5n

PA +

PDE

T +

LNA

with

Byp

ass

+ SP

DT27

203.

05.

023

0Q

FN-1

6, 2

.5×2

.5×0

.45

ac19

1.8

5.0

210

LX55

89A

5.15

–5.8

5n

PA +

Log

DET

+ L

NA

with

Byp

ass

+ SP

DT30

183.

03.

321

0Q

FN-1

6, 2

.5×2

.5×0

.9ac

171.

83.

319

0

LX55

89H

5.15

–5.8

5n

PA +

Log

DET

+ L

NA

with

Byp

ass

+ SP

DT32

223.

05.

025

0Q

FN-1

6, 2

.5×2

.5×0

.9ac

201.

85.

023

0

LX55

89B

5.15

–5.8

5n

PA +

Log

DET

+ L

NA

with

Byp

ass

+ SP

DT32

223.

05.

025

0Q

FN-1

6, 3

×3×0

.9ac

201.

85.

023

0

INTE

RFAC

E AN

D N

ETW

ORK

ING

: Bl

ueto

oth®

Mod

ules

Part

#Bl

ueto

oth

Spec

Mod

ule

Type

No

Shie

ld

Opt

ion

Rx S

ensi

tivity

(d

Bm)

Pow

er O

utpu

t (d

Bm) (

typ.

)Sl

eep

Profi

les

Inte

rface

Pin

Cou

ntAn

then

naPa

ckag

es

(Dim

ensi

ons)

BM62

5.0

Ster

eo

Audi

oYe

s−9

02

–H

FP, H

SP, A

2DP,

AVR

CP,

SPP

UART

37PC

B29

× 1

5 ×

2.5

mm

BM63

5.0

Ster

eo

Audi

oNo

−89

2–

HFP

, HSP

, A2D

P, A

VRC

P, S

PPUA

RT48

PCB

32 ×

15

× 2.

5 m

m

BM64

5.0

Ster

eo

Audi

oYe

s−9

015

–H

FP, H

SP, A

2DP,

AVR

CP,

SPP

UART

, I2 C

43PC

B32

× 1

5 ×

2.5

mm

BM20

5.0

Audi

oYe

s−9

14

Syst

em O

ff 2

μAH

FP, H

SP, A

2DP,

AVR

CP,

SPP

, PCA

PAn

alog

audi

o ou

t, m

ic in

, lin

e in

, UAR

T40

PCB

29 ×

15

× 2.

5 m

m

BM23

5.0

Audi

oYe

s−9

14

Syst

em O

ff 2

μAH

FP, H

SP, A

2DP,

AVR

CP,

SPP

, PCA

PI2 S

Dig

ital a

udio

out

, mic

in, l

ine

in, U

ART

43PC

B29

× 1

5 ×

2.5

mm

RN48

705.

0BL

EYe

s−9

00

–L2

CAP,

ATT

, GAT

T, G

AP, I

nteg

rate

d Pu

blic

Pro

files

UART

, i2 C

33Ch

ip22

× 1

2 ×

2.4

mm

RN48

715.

0BL

EYe

s−9

00

–L2

CAP,

ATT

, GAT

T, G

AP, I

nteg

rate

d pu

blic

pro

files

UART

, I2 C

, SPI

16Ch

ip11

.5 ×

9 ×

2.1

mm

RN46

785.

0Da

ta,

Dual-

Mod

eYe

s−9

0 BR

/EDR

−9

2 LE

2De

ep P

ower

Dow

n 13

0 μA

BT

3.0:

GAP

, SPP

, SPD

, RFC

OM

M, L

2CAP

BT

4.2:

GAP

, GAT

T, A

TT, S

MP,

L2C

APUA

RT, I

2 C33

Chip

, RF

Pad

22 ×

12

× 2.

4 m

m

BM70

5.0

Data

, Sin

gle-

Mod

e BL

EYe

s−9

00

Pow

er s

avin

g 1

μAG

AP, G

ATT,

SM

, L2C

AP, I

nteg

rate

d pu

blic

profi

lesUA

RT, I

2 C, S

PI, A

DC, P

WM

, G

PIO

s33

Chip

, RF

Pad

22 ×

12

× 2.

4 m

m

25 ×

12

× 1.

8 m

m

BM71

5.0

Data

, Sin

gle-

Mod

e BL

EYe

s−9

00

Pow

er s

avin

g 1

μAG

AP, G

ATT,

SM

, L2C

AP, I

nteg

rate

d pu

blic

profi

lesUA

RT, I

2 C, S

PI, A

DC, P

WM

, G

PIO

s17

Chip

, RF

Pad

9 ×

11.5

× 2

.1 m

m

6 ×

8 ×

1.6

mm

RN40

204.

1Da

ta, S

ingl

e-M

ode

BLE

No−9

2.5

7Do

rman

t < 7

00 n

A,

deep

slee

p <

5.0

μAG

AP, G

ATT,

SM

, L2C

AP, i

nteg

rate

d pu

blic

pro

files

UART

, PIO

, AIO

, SPI

24PC

B11

.5 ×

19.

5 m

m

BM78

5.0

Data

, Du

al-M

ode

Yes

−90

(BR/

EDR)

−9

2 LE

2De

ep P

ower

Dow

n 13

0 μA

BT

3.0:

GAP

, SPP

, SDP

, RFC

OM

M, L

2CAP

BT

4.2:

GAP

, GAT

T, A

TT, S

MP,

L2C

APUA

RT, I

2 C, G

PIO

s33

Chip

, RF

Pad

22 ×

12

× 2.

4 m

m

25 ×

12

× 1.

8 m

m


INTE

RFAC

E AN

D N

ETW

ORK

ING

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Yes

Yes

Yes

–Ye

s–

−25

to +

7516

-pin

PDI

P, 1

6-pi

n SO

ICRE

46C1

44Co

ntin

uous

Ton

eNo

Yes

Yes

Yes

Yes

Yes

–−2

5 to

+75

16-p

in P

DIP,

16-

pin

SOIC

RE46

C145

NFPA

Tem

pora

lNo

Yes

Yes

Yes

Yes

Yes

Yes

−25

to +

7516

-pin

PDI

P, 1

6-pi

n SO

ICRE

46C1

65NF

PA T

empo

ral

Yes

Yes

Yes

Yes

Yes

Yes

Yes

−25

to +

7516

-pin

PDI

P, 1

6-pi

n SO

ICRE

46C1

66Co

ntin

uous

Ton

eYe

sYe

sYe

sYe

sYe

sYe

sYe

s−2

5 to

+75

16-p

in P

DIP,

16-

pin

SOIC

RE46

C167

NFPA

Tem

pora

lYe

sYe

sYe

sYe

sYe

sYe

sYe

s−2

5 to

+75

16-p

in P

DIP,

16-

pin

SOIC

RE46

C168

Cont

inuo

us T

one

Yes

Yes

Yes

Yes

Yes

Yes

Yes

−25

to +

7516

-pin

PDI

P, 1

6-pi

n SO

ICRE

46C1

90NF

PA T

empo

ral o

r Con

tinuo

us T

one

Yes

Yes

Yes

Yes

Yes

Yes

–−1

0 to

+60

16-p

in S

OIC

RE46

C191

NFPA

Tem

pora

l or C

ontin

ous

Tone

Yes

Yes

Yes

Yes

Yes

Yes

No−1

0 to

+60

16-p

in S

OIC

RE46

C194

NFPA

Tem

pora

l or C

ontin

uous

Tone

Yes

Yes

Yes

Yes

Yes

Yes

No0

to 6

016

-pin

SO

IC

RE46

C200

NFPA

Tem

pora

l or C

ontin

ous

Tone

Yes

Yes

Yes

Yes

Yes

Yes

No−1

0 to

+60

16-p

in P

DIP,

16-

pin

SOIC

CO

AN

D S

MO

KE D

ETEC

TOR

ICS:

Ion

izat

ion

Smok

e De

tect

or IC

s

Part

#H

orn

Driv

er

Alar

m P

atte

rnAl

arm

M

emor

yLo

w B

atte

ry

Det

ectio

nRe

vers

e Ba

ttery

Pr

otec

tion

Alar

m

Inte

rcon

nect

Hus

h Ti

mer

Pow

er-u

p Lo

w B

atte

ry T

est

Ope

ratin

g Te

mp.

Ra

nge

(°C)

Pack

ages

RE46

C120

NFPA

Tem

pora

l or C

ontin

uous

Ton

eNo

Yes

Yes

––

–−1

0 to

+60

16-p

in P

DIP

RE46

C121

NFPA

Tem

pora

lNo

Yes

Yes

Yes

––

−10

to +

6016

-pin

PDI

PRE

46C1

22NF

PA T

empo

ral

NoYe

sYe

sYe

sYe

sYe

s−1

0 to

+60

16-p

in P

DIP

RE46

C126

Cont

inuo

us T

one

NoYe

sYe

sYe

s–

–−1

0 to

+60

16-p

in P

DIP

RE46

C127

Cont

inuo

us T

one

NoYe

sYe

sYe

sYe

sYe

s−1

0 to

+60

16-p

in P

DIP

RE46

C128

NFPA

Tem

pora

lNo

Yes

Yes

Yes

–Ye

s−1

0 to

+60

16-p

in P

DIP

RE46

C129

Cont

inuo

us T

one

NoYe

sYe

sYe

s–

Yes

−10

to +

6016

-pin

PDI

PRE

46C1

52NF

PA T

empo

ral o

r Con

tinuo

us T

one

NoYe

sYe

sYe

sYe

sYe

s−1

0 to

+60

16-p

in P

DIP

RE46

C162

NFPA

Tem

pora

l or C

ontin

uous

Ton

eYe

sYe

sYe

sYe

sYe

sYe

s−1

0 to

+60

16-p

in P

DIP

RE46

C163

NFPA

Tem

pora

l or C

ontin

uous

Ton

eYe

sYe

sYe

sYe

sYe

sYe

s−1

0 to

+60

16-p

in P

DIP

RE46

C180

NFPA

Tem

pora

l or C

ontin

uous

Ton

eYe

sYe

sNo

Yes

Yes

Yes

−10

to +

6016

-pin

PDI

P, 1

6-pi

n SO

IC

CO

AN

D S

MO

KE D

ETEC

TOR

ICS:

Ion

izat

ion

Smok

e De

tect

or F

ront

End

sPa

rt #

Mic

ropr

oces

sor C

ompa

tible

Out

put

Out

put O

ptio

nsTy

pica

l App

licat

ion

Ope

ratin

g Te

mpe

ratu

re R

ange

(°C

)Pa

ckag

esRE

46C1

12Ye

sVo

ut 1

/4 o

f Vdd

or V

out

1/4

of D

etec

t Inp

ut3V

or 3

.3V

Micr

opro

cess

or−1

0 to

+60

8-pi

n PD

IPRE

46C1

14Ye

sVo

ut 1

/2 o

f Vdd

or V

out

1/2

of D

etec

t Inp

ut5V

Micr

opro

cess

or−1

0 to

+60

8-pi

n PD

IPRE

46C3

11Ye

sO

p Am

pIo

niza

tion

Smok

e De

tect

or F

ront

End

−10

to +

608-

pin

PDIP

, 8-p

in S

OIC

RE46

C312

Yes

Op

Amp

Ioni

zatio

n Sm

oke

Dete

ctor

Fro

nt E

nd−1

0 to

+60

8-pi

n PD

IP, 8

-pin

SO

IC

CO

AN

D S

MO

KE D

ETEC

TOR

ICS:

CO

Det

ecto

rs

Part

#O

pera

ting

Volta

ge (V

dc)

Volta

ge

Regu

lato

r (Vd

c)

LED

D

river

Hor

n D

river

Inte

rcon

nect

Low

Ba

ttery

D

etec

tion

Brow

n O

utBo

ost

Regu

lato

rO

p Am

p Vo

s M

ax

(µV)

Op

Amp

lb M

ax

(pA)

Op

Amp

GBW

P (k

Hz)

Op

Amp

Aol (

dB)

Op

Amp

Slew

Rat

e (V

/µS)

Op

Amp

Uni

ty G

ain

Stab

le

Op

Amp

CM

RR M

in

(dB)

Op

Amp

Rail-

to-R

ail

Ope

ratin

g Te

mp.

Ran

ge (°

C)

RE46

C800

2 to

12

3.3

Yes

Yes

Yes

Yes

Yes

Yes

1000

200

1011

50.

003

Yes

80In

/Out

−10

to +

60


CO

AN

D S

MO

KE D

ETEC

TOR

ICS:

Pie

zoel

ectri

c H

orn

Driv

ers

Part

#O

pera

ting

Volta

ge (V

)LE

D D

river

Volta

ge R

egul

ator

(V)

Low

Bat

tery

Det

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nIn

terc

onne

ctPo

wer

Goo

dO

pera

ting

Tem

p. R

ange

(°C

)Pa

ckag

esRE

46C1

006

to 1

6–

––

––

−40

to +

858-

pin

PDIP

, 8-p

in S

OIC

RE46

C101

6 to

16

Yes

––

––

−40

to +

858-

pin

PDIP

, 8-p

in S

OIC

RE46

C104

4 to

8–

––

––

0 to

+50

14-p

in P

DIP,

14-

pin

SOIC

RE46

C105

6 to

12

Yes

3.3

or 5

Yes

––

−40

to +

8514

-pin

PDI

P, 1

4-pi

n SO

ICRE

46C1

072

to 5

Yes

3 or

3.3

Yes

––

0 to

+50

16-p

in P

DIP,

16-

pin

SOIC

RE46

C108

6 to

12

–3.

3 or

5–

––

−40

to +

858-

pin

PDIP

, 8-p

in S

OIC

RE46

C109

6 to

12

–3

Yes

Yes

Yes

−40

to +

8516

-pin

PDI

P, 1

6-pi

n SO

ICRE

46C1

172

to 5

––

––

–0

to +

508-

pin

PDIP

, 8-p

in S

OIC

RE46

C119

6 to

12

–3

Yes

Yes

Yes

−40

to +

8516

-pin

PDI

P, 1

6-pi

n SO

ICRE

46C3

172

to 5

––

––

–−1

0 to

+60

8-pi

n PD

IP, 8

-pin

SO

ICRE

46C3

182

to 5

––

––

–−1

0 to

+60

8-pi

n PD

IP, 8

-pin

SO

IC

ULT

RAS

OU

ND

ULT

RASO

UN

D:

Hig

h-Vo

ltage

Ana

log

Mul

tiple

xers

Part

##

of C

h. a

nd C

onfig

urat

ion

Blee

d Re

sist

orVp

p-Vn

nRo

n (Ω

)C

sg O

n/O

ff (p

F)Is

w (A

)Fe

atur

esPa

ckag

esHV

2022

08

SPST

No20

0V22

38/1

23

5V–1

2V L

ogic

Inpu

t, 5

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

, 28-

Lead

PLC

CHV

2032

08

SPST

No20

0V22

38/1

23

5V–1

2V L

ogic

Inpu

t, 5

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV23

28

SPST

Yes

200V

2238

/12

35V

–12V

Log

ic In

put,

5 M

Hz c

lock

freq

uenc

y48

-Lea

d LQ

FP, 2

8-Le

ad P

LCC

HV21

98

SPST

No20

0V11

50/2

03

5V–1

2V L

ogic

Inpu

t, 5

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

, 28-

Lead

PLC

CHV

2201

8 SP

STNo

200V

2238

/12

33.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

, 28-

Lead

PLC

CHV

2301

8 SP

STYe

s20

0V22

38/1

23

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y48

-Lea

d LQ

FP, 2

8-Le

ad P

LCC

HV22

218

SPST

NoVp

p ra

nge

= +1

5V to

+50

V,

Vnn

rang

e =

−190

V to

−22

5V15

70/1

84

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y48

-Lea

d LQ

FP

HV23

218

SPST

Yes

Vpp

rang

e =

+15V

to +

50V,

Vn

n ra

nge

= −1

90V

to −

225V

1570

/18

43.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV20

96

× 2:

1 M

uxYe

s20

0V22

38/1

23

5V–1

2V L

ogic

Inpu

t, 5

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV20

822

2 Ba

nks

of 8

cha

nnel

No22

0V22

38/1

23

5V–1

2V L

ogic

Inpu

t, 5

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV23

82

Bank

s of

8 c

hann

elYe

s22

0V22

38/1

23

5V–1

2V L

ogic

Inpu

t, 5

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV26

0116

SPS

TNo

200V

2238

/12

33.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

, 42-

Ball B

umpe

d Di

e (B

D)HV

2701

16 S

PST

No20

0V22

38/1

23

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y48

-Lea

d LQ

FP, 4

2-Ba

ll Bum

ped

Die

(BD)

HV26

0516

SPS

TNo

200V

2213

/10

33.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

, 42-

Ball B

umpe

d Di

e (B

D)HV

2705

16 S

PST

Yes

200V

2213

/10

33.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

, 42-

Ball B

umpe

d Di

e (B

D)HV

2631

2 Ba

nks

of 8

cha

nnel

No22

0V22

38/1

22

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y48

-Lea

d LQ

FPHV

2731

2 Ba

nks

of 8

cha

nnel

Yes

220V

2238

/12

23.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV28

0332

SPS

TNo

±6V

1027

/93

3.3V

Inpu

t Log

ic, 6

6 M

Hz C

lock

Fre

quen

cy13

2-ba

ll TFB

GA

12 ⅹ

12

mm

HV29

0332

SPS

TYe

s-2

±6V

1027

/93

3.3V

Inpu

t Log

ic, 6

6 M

Hz C

lock

Fre

quen

cy13

2-ba

ll TFB

GA

12 ⅹ

12

mm

HV29

0432

SPS

TYe

s-1

±6V

1027

/93

3.3V

Inpu

t Log

ic, 6

6 M

Hz C

lock

Fre

quen

cy13

2-ba

ll TFB

GA

12 ⅹ

12

mm

HV20

7032

SPS

TNo

±6V

4.5

20/1

13.

73.

3V In

put L

ogic,

66

MHz

Clo

ck F

requ

ency

132-

ball T

FBG

A 10

ⅹ 1

0 m

mHV

2733

8 SP

DTYe

s20

0V22

38/1

22

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y48

-Lea

d LQ

FPHV

2661

8 ×

3:1

Mux

No20

0V22

30/9

23.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV27

618

× 3:

1 M

uxYe

s20

0V22

30/9

23.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

48-L

ead

LQFP

HV26

6224

SPS

TNo

200V

2212

/92

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y64

-Ball

VFB

GA

HV27

6224

SPS

TYe

s20

0V22

12/9

23.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

64-B

all V

FBG

AHV

2808

2 Ba

nks

of 1

6 SP

DTNo

200V

2223

/93

3.3V

–5V

Logi

c, A

/B b

ar C

ontro

l pin

56-L

ead

QFN

HV28

092

Bank

of 1

6No

200V

2223

/93

3.3V

-5V

Logi

c, A

/B b

ar +

EN

Cont

rol p

ins

56-L

ead

QFN

HV28

0116

× 2

:1 M

uxNo

200V

2223

/93

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y64

-Lea

d Q

FNHV

2901

16 ×

2:1

Mux

Yes

200V

2223

/93

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y64

-Lea

d Q

FNHV

2802

32 S

PST

No20

0V22

13/1

03

3.3V

–5V

Logi

c in

put,

20 M

Hz c

lock

freq

uenc

y9

× 9

VFBG

AHV

2902

32 S

PST

Yes

200V

2213

/10

33.

3V–5

V Lo

gic

inpu

t, 20

MHz

clo

ck fr

eque

ncy

9 ×

9 VF

BGA

HV26

2116

SPS

TNo

300V

2218

/10

33.

3V–5

V lo

gic

inpu

t, 33

MHz

clo

ck fr

eque

ncy

64-L

ead

QFN

HV27

2116

SPS

TYe

s-2

300V

2218

/10

33.

3V–5

V lo

gic

inpu

t, 33

MHz

clo

ck fr

eque

ncy

64-L

ead

QFN

HV27

2216

SPS

TYe

s-1

300V

2218

/10

33.

3V–5

V lo

gic

inpu

t, 33

MHz

clo

ck fr

eque

ncy

64-L

ead

QFN


ULT

RASO

UN

D:

Ultr

asou

nd M

OSF

ET D

river

s

Part

##

of

Cha

nnel

sIn

put V

olta

ge

Min

. (V)

Inpu

t Vol

tage

M

ax. (

V)O

uput

Vol

tage

Bi

pola

r (V)

Out

put V

olta

ge

Uni

pola

r (V)

Out

put R

ise/

Fall

Tim

ePe

ak

Cur

rent

Appl

icat

ion

Circ

uit

Pack

ages

MD1

210

21.

25.

0NA

0–12

6 ns

/6 n

s±2

APa

ir w

ith 1

× T

C632

04

× 4

mm

12-

lead

QFN

MD1

211

21.

85.

0NA

0–12

10 n

s/10

ns

±2A

Pair

with

1 ×

TC6

320

8-Le

ad S

OIC

MD1

213

21.

85.

0±5

0–12

6 ns

/6 n

s±2

APa

ir w

ith 1

× T

C632

04

× 4

mm

12-

lead

QFN

MD1

711

121.

83.

3NA

0–12

8 ns

/8 n

s±2

APa

ir w

ith 6

× T

C632

0 to

form

a 2

-Cha

nnel

5-Le

vel P

ulse

r7

× 7

mm

48-

Lead

LQ

FP,

7 ×

7 m

m 4

8-Le

ad Q

FN

MD1

712

121.

83.

3NA

0–12

8 ns

/8 n

s±2

APa

ir w

ith 6

× T

C632

0 to

form

a 2

-Cha

nnel

5-Le

vel P

ulse

r7

× 7

mm

48-

Lead

LQ

FP,

7 ×

7 m

m 4

8-Le

ad Q

FNM

D171

512

1.8

3.3

NA0–

126.

5 ns

/6.5

ns

±2A

Pair

with

1 ×

TC8

020

to fo

rm a

2-C

hann

el 5-

Leve

l Pul

ser

6 ×

6 m

m 4

0-Le

ad Q

FN

MD1

716

121.

83.

3NA

0–12

6.5

ns/6

.5 n

s±2

APa

ir w

ith 1

× T

C802

0 to

form

a 3

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Featured Analog Development Tools

Thermal Management Products

Sensor Products

For a complete list of development tools, please visit www.microchip.com/development tools.

MCP9600 Evaluation Board (ADM00665)The MCP9600 Evaluation Board is used to digitize the Thermocouple EMF voltage to degree Celsius with ±1.5°C accuracy. You can easily evaluate all device features using a Type K thermocouple. The device also supports Types J, T, N, E, B, S and R. Each of these types are evaluated by replacing the Type K Thermo-couple connector with the corresponding connectors (not included) .

Thermocouple Reference Design (TMPSNSRD-TCPL1)This reference design demonstrates how to instrument a thermocouple and accurately sense temperature over the entire thermocouple measurement range . This solution uses the MCP3421 18-bit Analog-to-Digital Converter (ADC) to measure voltage across the thermocouple .

Linear Sensor Kit (LXK3301AL003) This 100 mm linear position sensor evaluation kit comes will all you need to test out inductive technology for a linear sensor . The kit includes a 100 mm linear sensor evaluation board, a programmer that is run from our Integrated Programming and Calibration Environment (IPCE) GUI and applicable cables .

Rotary Sensor Kit (LXK3301AR001) This 18 mm 120˚ rotary position sensor evaluation kit comes will all you need to test out inductive technol-ogy for a rotary sensor . The kit includes a rotary position sensor evaluation board, a programmer that is run from our Integrated Programming and Calibration Environment (IPCE) GUI and applicable cables .

Power Management ProductsMCP19111 Evaluation Board (ADM00397)The MCP19111 is a digitally-enhanced PWM controller . It combines a pure-analog PWM controller with a su-pervisory MCU making it a fast, cost-effective and configurable power conversion solution. The MCP19111 is ideal for standard power conversion, LED drivers and battery charging applications . This board demonstrates how the device operates in a synchronous buck topology over a wide input voltage and load range .

MCP16251 and MCP1640B Synchronous Boost Converters Evaluation Board (ADM00458)This board demonstrates the MCP16251/MCP1640B in two boost-converter applications with multiple output voltages and was developed to help reduce product design cycle time . Three common output volt-ages can be selected: 2 .0V, 3 .3V and 5 .0V .

MIC33M650 6A Step Down Module Evaluation Board (DT100107)The boards are intended to provide a platform allowing customers to easily evaluate the features of the new MIC33M650 6A Power Modules in a buck converter application with adjustable output voltage through pin-strapping using on board jumpers . These boards are ideal for powering core supply voltages and also high-power single-cell Li-ion battery powered applications .

MIC33M656 6A Step Down Module Evaluation Board (DT100108)The boards are intended to provide a platform allowing customers to easily evaluate the features of the new MIC33M656 6A Power Modules in a buck converter application with output voltage and other settings via I2C . These boards are ideal for powering core supply voltages and also high power single-cell Li-ion battery-powered applications .



DT100105 Evaluation Board (MCP16502)The MCP16502 Evaluation Board was developed to evaluate the capabilities of the MCP16502 High Performance Power Management Integrated Circuit (PMIC) designed for SAMA5Dx/SAM9x6 MPUs . The device features 4 DC-DC buck converters capable of delivering 1A each, 2 LDOs with 300mA current capability and I2C programable output voltages and 4 operating modes: Active, Low Power, Hibernate and High Performance Mode

MCP1633 SEPIC LED DRIVER Demo Board (ADM01002)The MCP1633 SEPIC LED Driver Demo Board is a step-up/step-down, switch-mode, DC/DC converter used for LED driver applications . The demo board provides a 200mA constant current source . Other output currents can be obtained with minor modifications to the board’s Bill of Materials (BOM). MCP1633 LED Driver Demo Board utilizes Microchip’s MCP1633 high-speed Pulse-Width Modulator (PWM) . The small 16-pin QFN MCP1633 device contains all the analog components necessary for a peak current mode control loop including specialized LED driver blocks . An 8-pin PIC12F1822 microcontroller is used to implement the dimming and protection functions .

MIC23350 3A Synch Buck Regulator Evaluation Board (ADM00880) The MIC23350 Evaluation Board is developed to evaluate and demonstrate Microchip Technology’s MIC23350 product . The board features the MIC23350 in a typical Buck application supplied from an external source, between 2 .4V–5 .5V . Nine output voltage levels can be set via two Voltage Select pins . Test connectors allow probing, while the board can be loaded up to 3A .

MIC23650 6A Synch Buck Regulator Evaluation Board (ADM00885) The MIC23650 Evaluation Board is developed to evaluate and demonstrate Microchip Technology’s MIC23650 product . The board features the MIC23650 in a typical Buck application supplied from an external source, between 2 .4V–5 .5V . Nine output voltage levels can be set via two Voltage Select pins . Test connectors allow probing, while the board can be loaded up to 6A .


Power Management Products (continued)

Linear Products

MCP6V01 Thermocouple Auto-Zeroed Reference Design Board (MCP6V01RD-TCPL)The MCP6V01 design board demonstrates how to use a difference amplifier system to measure Electromo-tive Force (EMF) voltage at the cold junction of thermocouple to accurately measure temperature of the thermocouple bead . This can be done by using the MCP6V01 auto-zeroed op amp because of its ultra-low offset voltage (Vos) and high Common Mode Rejection Ratio (CMRR) .

MCP6N16 Evaluation Board (ADM00640)This board is designed to provide an easy and flexible platform when evaluating the MCP6N16, a zero-drift instrumentation amplifier designed for low-voltage operation featuring rail-to-rail input and output perfor-mance . The board is populated with the MCP6N16-100, which is optimized for gains for 100V/V or higher .

MCP6421 EMIRR Evaluation Board (ADM00443)The MCP6421 EMIRR Evaluation Board is intended to support the Electromagnetic Interference Rejection Ratio (EMIRR) measurement and to show the Electromagnetic Interference (EMI) rejection capability of the MCP6421 op amp .




Mixed Signal ProductsMCP37X3X-200 16-bit 200 Msps ADC VTLA Evaluation Board (ADM00505)This board provides the opportunity to evaluate the performance of the MCP37X3X-200 device family . With the on-board MCP37D31-200 16-bit 200 Msps pipelined ADC, it allows you to evaluate the functionality of the 16-bit 200 Msps ADCs and the digital signal processing features . With the help of a compatible data capture card, the evaluation board can provide you with performance analysis features through the PC GUI .

PAC1921 High-Side Power and Current Monitor Evaluation Board (ADM00592)The PAC1921 is a dedicated power monitoring device with a configurable analog output. This device is unique in that all power-related information is available on the 2-wire/I2C-compatible interface and power, current or voltage is available on the analog output . This evaluation board provides you with the means to exercise device functionality while connected either to target systems or while utilizing on-board sources .

MCP39F511 Power Monitor Demonstration Board (ARM00667)The MCP39F511 Power Monitor Demonstration Board is a fully functional single-phase power monitor and energy monitoring system . The system calculates and displays active power, reactice power, RMS current, RMS voltage, active energy (both import and export) and four quadrant reactive energy . The Power Monitor Utility Software enables you to easily experiment with all system configuration settings such as zero-cross detection, PWM output frequencies, event configurations and calibration setup.

UCS81003 Evaluation Board (ADM00561)This board provides the ability to evaluate the features of the UCS81003 Automotive USB Port Power Con-troller with Charger Emulation. It allows the UCS81003 to be tested in different configurations by populat-ing jumpers on specific header locations. The Evaluation Board contains the MCP2221 USB to I2C bridge, which allows communication via USB between the UCS81003 and the GUI running on the PC .

LAN9252 EtherCAT® Slave Controller Evaluation Kit with HBI PDI Interface (EVB-LAN9252-HBI)This kit is a standalone platform to develop an EtherCAT slave device. It offers flexibility to explore different host bus interfaces such as 8-bit and 16-bit parallel bus, SPI and SQI™ .

LAN874X 10/100 Ethernet Transceiver with EEE and Wake-On-LAN (EVB8740)The EVB8740 is a PHY evaluation board for our LAN874X family, which integrates Energy Efficient Ethernet and Wake-on-LAN features . It interfaces to a MAC controller via a standard MII or RMII interface .

USB3740 Hi-Speed USB 2.0 2-Port Switch (EVB-USB3740)The EVB-USB3740 is used to evaluate our USB3740 USB 2 .0 compliant 2-port switch . Some applications require a single USB port to be shared with other functions . The USB3740 is a small and simple 2-port switch providing system design flexibility.

UTC2000 Basic USB Type-C™ Controller Evaluation Kit (EVK-UTC2000)The EVK-UTC2000 is a complete kit to evaluate our UTC2000 basic USB-C controller. It includes a downstream-facing port dongle which can connect to any standard host, an upstream-facing port board to mimic a USB-C device, as well as a USB-C cable .

Interface Products




Interface Products (continued)USB5734 USB 3.1 Gen1 Controller Hub Evaluation Board (EVB-USB5734)This board is a demonstration and evaluation platform that provides the necessary requirements and interface options for evaluating the USB5734 Smart Hub on a 4-layer RoHS-compliant PCB . This will allow you to gain an understanding of the product and accelerate integration into your design .

USB5926 USB 3.1 Gen1 Smart Hub with 2:1 USB-C MUX Evaluation Board (EVB-USB5926)This board demonstrates implementation of USB Type-C ports using Microchip’s UTC2000 CC pin interface controller and the USB5926’s built-in 2:1 Muxes . The board supports two downstream facing USB Type-C ports along with an upstream facing USB Type-C port . The USB5926 also supports two additional down-stream Type A ports for legacy purposes .

MCP2515 CAN Bus Monitor Demo Board (MCP2515DM-BM)The MCP2515 CAN Bus Monitor Demo board kit contains two identical boards that can be connected together to create a simple two-node Controller Area Network (CAN) bus, which can be controlled and/or monitored via the included PC interface . The board(s) can also be connected to an existing CAN bus .

USB to UART Converter Evaluation Board (MCP2200EV-VCP)The MCP2200EV-VCP is a USB-to-RS232 development and evaluation board for the MCP2200 USB-to-UART device . The board allows for easy demonstration and evaluation of the MCP2200 . The accompany-ing software allows the special device features to be configured and controlled. The board is powered from USB and has a test point associated with each GPIO pin . In addition, two of these pins are connected to LEDs which can be used to indicate USB-to-UART traffic when the associated pins are configured as TxLED and RxLED pins respectively .

Total System SolutionsATSAMA5D27-WLSOM1 Evaluation KitThe ATSAMA5D27-WLSOM1-EK1 is ideal for evaluating and prototyping with the SAMA5D27-WLSOM1, Wireless System On Module (SOM) and the SAMA5D27C-LD2G, LPDDR2 System In Package (SIP) . The Evaluation Kit is made up of a baseboard, an ATSAMA5D27-WLSOM1 SOM soldered on the baseboard and an ATSAMA5D27C-LD2G SIP soldered on the SOM .

SAMA5D27-SOM1-EK1The ATSAMA5D27-SOM1-EK1 is a fast prototyping and evaluation platform for the SAMA5D2 based System in Packages (SiPs) and the SAMA5D27-SOM1 (SAMA5D27 System On Module) . The kit comprises a baseboard with a soldered ATSAMA5D27-SOM1 module . The module features an ATSAMA5D27C-D1G-CU SIP embedding a 1-Gbit (128 MB) DDR2 DRAM . The SOM integrates a Power Management IC (PMIC), a QSPI memory, a 10/100 Mbps Ethernet PHY and a serial EEPROM with a MAC address. 128 GPIO pins are provided by the SOM for general use in the system .

www.microchip.com

SupportMicrochip is committed to supporting its customers in de-veloping products faster and more efficiently. We maintain a worldwide network of field applications engineers and technical support ready to provide product and system assistance . For more information, please visit www .microchip .com:• Technical Support: www .microchip .com/support• Evaluation samples of any Microchip device:

www .microchip .com/sample• Knowledge base and peer help:

www .microchip .com/forums• Sales and Global Distribution: www .microchip .com/sales

TrainingIf additional training interests you, Microchip offers several resources including in-depth technical training and reference material, self-paced tutorials and significant online resources.• Overview of Technical Training Resources:

www .microchip .com/training• MASTERs Conferences:

www .microchip .com/masters• Developer Help Website:

www .microchip .com/developerhelp• Technical Training Centers:

www .microchip .com/seminars

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2/27/20

The Microchip name and logo, the Microchip logo, Hyper Speed Control, HyperLight Load and PIC are registered trademarks and WiperLock is a trademark of Microchip Technology Incorporated in the U .S .A . and other countries . USB Type-C and USB-C are trademarks of the USB Implementers Forum. All other trademarks mentioned herein are property of their respective companies. © 2020, Microchip Technology Incorporated . All Rights Reserved . 6/20 DS20001060AW

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