8463.TI Medical Solutions With MSP430 1Q12

TI Confidential – NDA Restrictions

Medical Solutions with MSP430


Consistent market growth, strong global trends driving future

Aging populations• By 2020 double the people will be over 60 years old

as in 2000

Sources: World Health Report, Databeans, Frost & Sullivan, Economic Times

Remote and emerging markets• China healthcare expenditure increased from 3.7% of

GDP in 1995 to 5.6% in 2007• India government proposed in 2008 to increase public

expenditure on health care from 1% to 3% of GDP

Personal healthcare• 33% of medical semiconductor revenue in 2008

went into consumer medical devices

Rising healthcare costs• U.S. healthcare spending more than 15% of GDP, Europe not far behind• Costs expected to grow from $2 trillion in 2007 to $3.1 trillion in 2012

Factors Driving Medical Electronics


A Broad MarketTI in Medical Devices Today


Portable Medical MCU Concerns

• High Integration: system on chip• Reduces system BOM and cost• Analog and digital• Smaller PCB

• Flexible, intelligent peripherals• Frees CPU to perform other tasks• User configurable

• High code efficiency andprocessing capability• High-level language supported by architecture

• Low power consumption• Active and stand-by• Long battery lifetime• Use of less expensive and smaller batteries

TI Confidential – NDA RestrictionsMPUs – Microprocessors

Embedded Processing Portfolio

Software & Dev. Tools

Stellaris®

ARM® Cortex™-M3MSP430™

Up to 25 MHz

C2000™

Delfino™

Piccolo™

40 MHz to 300 MHz

Sitara™

ARM® Cortex™-A8& ARM9

C6000™

Integra™

Value line to 600 MHz

Perf. Line to1.5 GHz

300 MHz to >1.5GHz Floating point +

Video Accelerators

C5000™

Up to 10GHzMulti-core,

fixed/floating+ Accelerators

C6000™

DaVinci™Video processors

32-bit ARM®

MCUs

16-bit ultra-low power

MCUs

DSPDSP+ARM®

32-bit ARM®

MPUs

Digital Signal Processors (DSPs)Microcontrollers (MCUs)

32-bit real-time

MCUs

Ultra Low power

DSPs

MulticoreDSPs

TI Embedded Processors

ARM®-Based Processors

Up to 300 MHz16-bit fixedpoint + FFT Accelerator

Hercules™

ARM® Cortex™-R4


High analog and digital integration300+ Device Configurations

Innovative Integration

Full peripheral set

• Flash: Up to 256kB Flash, 512kB on the way• RAM: Up to 18kB RAM• Package/Pin Count: 24 packages, up to 113 pins• Cost effective: MSP430 Value Line MCUs @ $0.25

• Devices integrated with :• 10, 12-bit ADC• 16-bit Sigma Delta• 12-bit DAC• 16-bit Timers• I2C, SPI, UART• LCD Driver

• USB• Integrated RF• Comparator• OpAmps• Direct Memory Access Module• Hardware Multipliers• AES128 Encrypt/Decrypt module

• Watchdog Timer• Brown-Out Reset• Capacitive Touch I/O ports• Real-Time Clock• Power Management Module

• MORE

• FRAM – the future of Embedded Memory• Capacitive touch I/O – directly interface with pads• Hi-Resolution Timer – 4ns resolution• A-POOL – Configurable analog blocks• USB – Full Speed 2.0• RF – Sub-1GHz (433, 868, 915MHz)• ESP430 – 2nd core for eMetering algorithms• 24 Bit – Sigma Delta ADC


Ultra -Low Active PowerUltra-Low Power Active [email protected], 1MHz, Flash operation

Active Mode Leader

F2xx (Gen purpose, max 16MHz)• 220uA

F4xx (w/LCD, max 16MHz)• 200uA

F5xx (Gen Purpose + USB, max 25MHz)• 160uA

MSP430 device with FRAM• 100uA

Nothing to hide! Baseline current includes:•Zero-Power Brown Out Reset•All peripherals are clocked and accessible•All peripherals are available in Low Power Mode•Ports are enabled•Timers, WDT•All interrupt sources

uA/MHz improves as CPU speed increases

Pow

er

Time

Minimize Active Current Consumption

Energy = Power * Time


7 Configurable Low Power Modes

Optimize your power profile and minimize average cu rrent consumption

MSP430 Active LPM0 LPM1 LPM2 LPM3 LPM3.5 LPM4 LPM4.5

CPU ON - - - - - - -

SMCLK (Hi-Freq peripheral clk) Avail. Avail. Avail. - - - - -

ACLK (Low Freq peripheral clk) Avail. Avail. Avail. Avail. Avail. - - -

Autonomous peripherals Avail. Avail. Avail. Avail. Avail. - - -

RAM Retention YES YES YES YES YES - YES -

Brown Out Reset YES YES YES YES YES YES YES YES

Pow

er

Zero-Power BOR

Most Applications spend 99 to 99.9% of the time in a Low Power Mode

Time

7 Low Power Modes

MinimizeAverageCurrent

MSP430 has the most Low Power Modes for increased f lexibility


MSP430 Portfolio at a glance

Ultra-Low Power Performance Analog Integrat ion Easy-to-Use

Some DevicesAll Devices

BOR

MPY

AES

DMA

Sub 1GHz

RF

ADC12

(A)

SVS

SVM

Comp_B

USCI

LDO

PM

M

RTC_A/B

LCD

CC430Speed 20Mhz

Flash 8-32kB

RAM to 4kB

GPIO 40

BOR

MPY

USB

ADC10,12

(A)

DMA

Comp_B

SVS

SVM

RTC_A/B

USCI

LDO

PM

M

RTC_A/B

EDI

WDT

F5xxSpeed 25Mhz

Flash 8-256kB

512kB coming

soon.

RAM to 18kB

GPIO 32-83

BOR

LCD

DAC12

MPY

Comp_A

DMA

OpAmp

SVS

USCI/

WDT+

USART

USCI

ESP430

SCAN_IF

BasicTimer

RTC_C

SD16(_A)

ADC10,12

F4xxSpeed

8/16Mhz

Flash 4-120kB

RAM to 8k

GPIO 14-80

BOR

ADC10,12

SD16_A

DAC12

MPY

SVS

Comp_A+

DMA

OpAmp

USCI

USI

BOR

ADC10

Comp_A+

Temp

USI

Cap Sense

I/Os

F2xxSpeed 16Mhz

Flash 1-120kB

RAM to 8kB

GPIO 10-64

G2xxSpeed 16Mhz

Flash 0.5-8kB

RAM to 256kB

GPIO 10-16

Comp_A

DAC12

SVS

DMA

MPY

USART

ADC10.12

F1xxSpeed 8Mhz

Flash 1-60kB

RAM to 10kB

GPIO 14-48

MSP43016-bit RISC CPU

All devices feature:• 16-bit timers • Watchdog Timer• Internal Digitally

Controlled Oscillator • External 32-kHz crystal

support• <50 nA pin leakage • <6 µs wakeup

L0920.9V-1.65V

Speed 4Mhz

ROM to 2kB

RAM to 2kB

GPIO 11

300+ Ultra-Low Power Devices Starting @ $0.25USDFeaturing: Up to 256kB Flash, 18kB RAM, 24 Package Options, Up to 113 pins, High integration

FRAMSpeed 24Mhz

FRAM 4-16kB

GPIO 14-28

Non-volatile

memory

AES

ADC10

(A)

SVS

SVM

LDO

PM

M

DMA

USCI

BOR

Comp

SVS

BOR

WDT

DAC8

A-POOL

ADC8

BOR

Cap Sense

I/Os


Value Line: 16 -bit performance, 8 -bit price

1KB

2KB

4KB

8KB

14-pin

TSSOP/PDIP

10 GPIO

16-pin

QFN

10 GPIO

20-pin

TSSOP/PDIP

16 GPIO

16KB

Fla

sh S

ize

.5 KB

32-pin

QFN

24 GPIO

MSP430G2001*

MSP430G21X1*

MSP430G22X1*

ADC

Compa

rato

r

ADC10

SC SPI/I2 C

MSP430G21X2

UART

UART

Cap T

ouch

I/O

28-pin

TSSOP

24 GPIO

MSP430G22X2

MSP430G23X2

MSP430G24X2

MSP430G21X3

MSP430G22X3

MSP430G23X3

MSP430G24X3

MSP430G25X3

SC ADC

SC ADC UART

* 8-pin SOIC in development

SC ADC

SC ADC

SC ADC

SC ADC

SC ADC

SC ADC UART

SC ADC UART

SC ADC UART

SC ADC UART


MSP430 Medical SoC Portfolio

Mass-market

High-performance

Value

SamplingProduction

MSP430FG42x016-32kB Flash, 256B RAM,

56-seg LCD,SD16, DAC12, 2xOPA

SD16

MSP430FG43x 32-60kB Flash, 1-2kB RAM,

128-seg LCD, DMA, UART/SPI, ADC12, 2xDAC12, 3xOPA

ADC12

MSP430FG47x32-60kB Flash, 2kB RAM, 128-seg LCD, 1 USCI, SD16,

DAC12, 2xOPA

SD16

MSP430FG461x92-120kB Flash, 4/8kB RAM,

160-seg LCD, 1 USCI,DMA, ADC12, 2xDAC12,

3xOPA

ADC12

MSP430F663x128-256kB Flash, 16kB RAM,

160-seg LCD, DMA, 2xUSCI, USB, ADC12, 2xDAC12, HW RTC w/backup

ADC12

• More memory• Higher performance• Better analog

• Lower cost• Better analog


MSP430 SoC FamiliesDevice Families for Medical Applications

MSP430FG42x0

MSP430FG43x

MSP430FG47x

MSP430FG461x

MSP430F563x

MSP430F663x

Features• Low supply-voltage range; 1.8 to 3.6 V• Low-power consumption

• Active Mode: <260 µA at 1 MHz, 2.2 V• Standby Mode: <1.1 µA

• 16-bit RISC architecture• 16 kB to 256 kB flash memory• Up to 16 kB SRAM• 16-bit sigma-delta A/D converter or 12-bit SAR A/D

converter• Up to two 12-bit D/A converters• Up to three configurable operational amplifiers• Integrated LCD controller for up to 160 segments• On-chip comparator• Basic timer with RTC• 16-bit timers + watchdog timer• Two universal serial communication interfaces (USCI)• -40ºC to +85ºC temperature range• Multiple package options available


JTAGSBW

Interface

MSP430F5/663x MicrocontrollerMemory

128 / 192 / 256 KB Flash

Debug

16 + 2KB RAM

Boot Strap Loader

160 Segmented LCD Driver (663x)

6-ch Internal DMA

USB Interface With PHY, PLL, and LDO

CRC16 Data Checking Module

Serial Interface

16-ch, 12-bit A/D ConverterAnalog

Timers

16-bit Timer A5, with 5 CC Registers

16-bit Timer B7, with 7 CC w/

Shadow Registers

15-/16-bit Watch Dog Timer

Real-Time Counter_A with Battery back up

2 x 16-bit Timer A3, with 3 CC Registers

Connectivity74 I/Os

(Port mapping features)

16-bit RISCMCU20 MHz

Power & ClockingUnified Clock System:FLL VLOREFO DCOLFXT1 XT2

PMM:POR BORSVS SVMLDO

Real-Time JTAG

Embedded Emulation

2 x USCI (UART, IrDA, SPI,I2C)

Dual 12-bit D/A Converters

Comparator

Enhanced Data Integrity (EDI)

Peripherals

Performance� 16-bit RISC microcontroller � Up to 20 MHz system clock

Features� Power

• Wide supply voltage range 1.8 V to 3.6 V• 1.8 V Flash erase and write

• Low power consumption• Active mode: 290 µA / MHz• Standby mode (LPM3 RTC mode): 1.0 µA• Off mode (LPM4 RAM retention) 1.0 µA• Shutdown Mode (LPM4.5): 0.1 µA

• Wake-up from standby mode in <5 µs

� Package• 100-Pin PZ (TQFP): 16.2 mm x 16.2 mm• 113-Pin ZQW (BGA): 7.1 mm x 7.1 mm

Benefits� Low-power, integrated intelligent peripherals� Integrated USB� Integrated LDO enables full system power off 5

V USB line� USB PLL can adapt to wide range starting at

1.5MHz� Enhanced Data Integrity (EDI) for higher flash

reliability and overall system integrity in harsh environments (e.g. medical app’s)

� RTC backup battery switch preventing losses in time keeping

� Development board and programmer• MSP-FET430UIF (emulator)• MSP-TS430PZ100USB (target board)• MSP430F6638IPZ (100-pin sample silicon)

Applications� Portable medical devices� Computer peripherals and accessories� Gaming and toys� RF-ID readers� Hand-held instrumentation

NEW: MSP430F563x/663xMSP430 SoC for Medical Apps


MSP430™ |F563x/663xPerformance

• 16-bit RISC Microcontroller • Up to 20-MHz system clock

FeaturesPower• Wide Supply Voltage Range 1.8 V to 3.6 V• 1.8V Flash erase and write• Ultra-low Power Consumption• Active Mode: 290 μA / MHz• Standby Mode (LPM3 RTC Mode): 1.0 μA• Off Mode (LPM4 RAM Retention) 1.0 μA• Shutdown Mode (LPM4.5): 0.1 μA• Ultrafast Wake-Up from Standby Mode in < 5 μs

Package• 100-Pin PZ (TQFP): 16.2mm x 16.2mm• 113-Pin ZQW (BGA): 7.1mm x 7.1mm

Benefits• Ultra-Low-Power, Integrated Intelligent Peripherals

and Easy-to-Use• Integrated LDO enables full system power off 5V USB

line• USB PLL can adapt to wide range starting at 1.5MHz• RTC Backup battery switch preventing losses in time

keeping

Development Board and Programmer• MSP-FET430UIF (Emulator) $99• MSP-TS430PZ100USB (Target board) $75• MSP430F6638IPZ (100-pin sample silicon)

Serial Interfaces

Converters

Peripherals

Memory

DebugDebug

Timers

Power & Clocking

Connectivity

MSP430 SoC for Medical Apps


FRAM: The Future of Embedded Memory

• Universal Memory• 100 Trillion cycles• 100x faster write• 250x lower power

• Universal memory: Flexible use of code and data memory• Maximizes value of PCB designs and customer product qualifications

• 1000x faster means 250x lower power than Flash; beyond battery life• Lowest Active Power in the Industry (100uA/MHz) for active modes

• Low-voltage high-speed writes minimize vulnerability to hacking• Drives new applications in security with lower power

• Maximized endurance of over 1,000,000,000,000,000 write cycles• Guaranteed write completion with no bit tearing

• Leveraging 10 years of RAMTRON experience • No scaling roadblocks on the horizon as in Flash memory

• Undetectable effect of radioactive environment (ISO 11137-1:2006)• FRAM is not effected by electromagnetic fields

FRAM provides maximum design flexibility

FRAM enables extreme low power

FRAM is robust

FRAM excels in secure applications

FRAM is reliable

TI is 10 years ahead with the tech of the future

www.ti.com/fram


TI Medical End Equipment Solutions

• Complete end equipment solutions• http://www.ti.com/medical

• Use MCUs, high-speed amplifiers,high-resolution imaging DSPs

• MSP430 is ideal MCU to be used inportable medical devices such as• Blood glucose meter• Blood pressure meter• Blood gas meter• Digital pulse/heart rate monitor• Digital thermometer• Pulse oximeter


� Available from TI� Data over SPP (serial port profile)

� Available from MindTree� Medical over HDP (health device profile) � Bluetooth Low Energy (2H 2010)System Integrator & Bluetooth /

BLE Stack Supplier

� Bluetooth sample applications (source code format)� Accelerometer-based game� RF link parameters� Thermometer readings

MSP430+CC2560Bluetooth® development platform

� PAN1315 (CC2560-based) module� Chip antenna� Plugs into MSP430F5438

Experimenter Board

Software

Features

Benefits

Platform Partners

Out of the Box� RF performance & low power consumption� Fast and easy application development on

MSP430 with Bluetooth� Robust and proven Bluetooth technology� No NRE, royalty-free (SPP solution only)

� Serial link Bluetooth applications on MSP430� Bluetooth 2.1+EDR � Bluetooth Low Energy (BLE) upgradeable� Pre-integration into the MSP430 platform

PAN1315 (CC2560-based) Module Supplier

Bluetooth®PAN1315ETU Card


Application MCU+RF Protocol Processor

Application MCURF Radio

RF Systems-on-Chip

Application

Wireless Protocols

Radio

RF SoC(CC430, CC253x, CC251x, CC111x)

Transceiver(CC1101, CC2500,

CC2520 etc.)

MSP430(F5xx, F6xx ,

F24xx, F26xx)

MSP430(F5xx, F6xx,

F24xx, F26xx)

Protocolprocessor(CC430, CC2480)

Low Power Wireless SolutionsSub-1GHZ & 2.4GHz


CC1101 RF Transceiver SoC• Sub-1GHz (433, 868, 915 MHz)• High sensitivity• Low current consumption• Excellent blocking performance• Flexible data rate & modulation format

MSP430™ Microcontroller• Industry’s lowest power MCU• 16-bit RISC architecture• 20 MHz processor• High-performance analog • Sensor interface

CC430 – MCU with integrated RF (SoC)

48 QFN (RGZ) – 7mm x 7mm64 QFN (RGC) – 9mm x 9mm

Complete RF Tool

chain


Key Features

• Battery-less accessible memory

• Battery charge function (VL, Vanadium Pentoxide)

• Low power

• Microcontroller powered by LF field

• Multi purpose LF interface to a microcontroller

• Stand alone LF-transponder with memory

TMS37157PaLFI – Passive Low Frequency Interface Device


• Medical• Configuration of implantables, hearing aids, etc.

• Battery-less operation of implantables and sensors

• Data Retrieval from the body

• Wireless, battery-less sensor interface• Wireless operation of sensors inside or on the body

• Stand alone LF-transponder with memory• Can work as standalone device; flexible antenna design

• Semi-active transponderPaLFI+MSP430+CC1101

TMS37157PaLFI Applications


22

Interfaces & Standards

HealthRecordNetwork

(HRN) Interface

Personal Device

Weight Scale

Pulse Oximeter

Independent

Living Activity

Cardio / Strength

Medication

Adherence

Glucose Meter

Pulse /

Blood Pressure

Thermometer

Physical Activity

Peak Flow

Electrocardiogram

Insulin Pump Version 2 (underway)

AggregationManager

PersonalArea

Network(PAN)

Interface

WideArea

Network(WAN)

Interface

TelehealthServiceCenter

HealthRecords

EHR

PHR


MSP430 Medical USB Platform

The First Continua-certified Medical Platform for A gent Devices:The MSP430 ultra-low-power MCU’s have a family of devices that have obtainedContinua certification for medical devices that need USB PHDC connectivity and IEEE 11073 software layers.


MSP430 Medical USB PlatformFeatures Benefits

• USB-IF Certified• Continua-Certified for following

device specializations• Blood Glucose Meter• Blood Pressure Monitor• Digital Thermometer• Pulse Oximeter• Weight Scale

• Runs on TI’s MSP430F552x MCUs• Code-efficient stack for USB Devices

(Continua Agents) • Documentation to support integration

with customer’s own solutions

• Reduced development time for personal medical devices

• Allows customers to use their expertise in implementing their apps rather than developing code for lower-layer APIs and stacks

• Clear path to Continua certification

For additional information:Website: http://www.ti.com/usbplatform

E-mail: [email protected]

Two options available1. Full Continua-certified solution (USB PHDC + IEEE 11073)2. USB PHDC only


Getting Started with MSP430 Medical USB

• MSP-FET430U80USB (target board & USB FET Programmer) or MSP-TS430PN80USB (target board only)

Available at http://www.ti.com/msp430tools

• Samples of MSP430F5529 in 80-QFP package

• Send e-mail to [email protected]

• Visit http://www.ti.com/usbplatform

• Integrated Development Environments (IDEs)• IAR (No charge version available)• Code Composer Studio (CCS)

• No charge for the core edition

USB FET Programmer

Target Board


How are biopotentials measured?


What is an ECG?A measure of the electrical activity of the heart


Three Body Electrodes , Three Derived Leads = I, II, III• Lead I = VLA-RL – VRA-RL• Lead II = VLL-RL – VRA-RL• Lead III = VLL-RL – VLA-RL

Einthoven’s LawIn electrocardiogram at any given instant the potential of

any wave in Lead II is equal to the sum of the potentials in

Lead I and III

Right Leg Reference,

RL

ECG Lead derivationECG Einthoven Triangle, 1907


MSP430Single-chip Heart Rate Monitor & ECG Solution

• Finish the design with 1-2 external components• Run heart rate detection off a coin cell!• Reference design, software and PC GUI available

online at www.ti.com/430medical

Sen

sor ‘FG439

1 2 3 4 5 6 7 8 mg/dLAM/PM1 2 3 4 5 6 7 8 mg/dLAM/PM

ISP Flash

COM

DMA-

+INA321

OA-

+

OA DAC12

ADC12

App Note: SLAA280A


Enabling connectivitywith the MSP430

• Remote monitoring

• Transmit data from a consumer device to a central access point

• Heart rate detection

• Calorie measurement

• Athletic equipment –Treadmill, chest strap

• Display

• Data logging

• Handheld device uploads data to PC

Serial Comm

RF

USB


Pulse Oximeter

• Measures the oxygen level in the arterial blood

• Measures the heart rate

What is it used for?

• To indicate the percentage of oxygen saturation in the blood• Normal arterial blood is technically 100% saturated for a healthy

individual.


How A Pulse Oximeter Works

• Red and infrared light is shone through the body, typically a finger

• Absorption of different body tissues except the arteries is static DC

• Arteries provide a dynamic light absorption or AC

• The amplitude of the arterial absorption is measured for both red and infrared light sources

• Ratio between the two emerged light amplitudes indicates the HbO2 level


MSP430 Single -chip Pulse Oximeter

App Note: SLAA274


MSP430FG479 SoC Example

• Low Power

• 16-bit CPU

• Integrated AFE (Analog Front End)

• 60kB Flash

1 2 3 4 5 6 7 8 mg/dLAM/PM mg/dLAM/PM1 2 3 4 5 6 7 8


A Customer Testimonial by BodyMedia

“It’s a fascinating little device that may have a huge impact on behavior modification. The armband has tremendous potential to educate the masses about their true activity level, which is often exaggerated, and motivate them to get up and get moving like they should be.”

Dr. Tedd Mitchell, President and Chief Operating Officer of the Cooper Clinic at the Cooper Aerobics Center, Dallas TX.

“TI continues to lead the industry as our gold standard in low power micro-controllers. Their highly integrated components, low cost development tools, and easy ramp-up to productivity cut our design time and provided our customers with a superior product.”

Scott BoehmkeDirector of Hardware Development, BodyMedia, Inc

Customer testimonial


MSP430 Medical Demo Using Micrium RTOS

• Combination of MSP430 with Micrium’s uC/OS-II or uC/OS-III RTOS platforms have a successful industry use in FDA-certified medical products

• Reduce development time using an RTOS

• Quick start guide and code examples exists today

• Watch the RTOS demo running on the F5438A and a typical portablemedical device

• All information can be found at Micrium RTOS solutions for MSP430


MSP430Get Started – It’s Easy

• Embedded Emulation• Enables powerful, low cost

development tools• Real-time, in-system debug

• No application resources• Full speed execution • H/W• Single stepping• Complex triggering• Trace capability

• Powerful, easy to use tools

• Embedded Emulation• Enables powerful, low cost

development tools• Real-time, in-system debug

• No application resources• Full speed execution • H/W• Single stepping• Complex triggering• Trace capability

• Powerful, easy to use tools

• Development Software• Free IAR IDEs available• CCS4 for MCU Edition

• Development Software• Free IAR IDEs available• CCS4 for MCU Edition

eZ430 Development Tools• Complete development Tool• USB Stick form factor• Real-time, in-system debug • Removable target board• Available for wireless development

MSP430 Experimenter Boards• Fully features prototyping system• Available for FG4618 & F5438

MSP430 Flash Emulation Tool• 1 programming tool for all devices• For USB FET• Target boards available for all devices

Solar Energy Harvesting Kit• Based on eZ430-RF2500• Works in low ambient light; 400+

transmissions in dark• Adaptable to any sensor or RF

network


Available MSP430 ResourcesFor Medical Apps

• http://www.ti.com/430medical

• Continua-certified USB platform

• FG461x and F5438 EVM’s

• Chronos development tool (watch)

• Micrium RTOS for MSP430

• Heart Rate and EKG Monitor Using the MSP430 (SLAA280)

• EKG-based Heart Rate Monitor Implementation on the Launchpad (SLAA486A)

• A Single-Chip Pulsoximeter Design Using the MSP430 (SLAA274)

• MSP430F42x Single-Chip Weight Scale (SLAA220)

• Digital FIR Filter Design Using the MSP430F16x (SLAA228)

• Code Examples: ADC,DAC, DMA, Op-Amp… (Product Folder)

• Medical Applications Guide


SummaryPortable Medical MCU Concerns• High Integration: system on chip• Flexible, intelligent peripherals• High code efficiency and processing capability• Low power consumption

TI Medical End Equipment Solutions• Complete end equipment solutions

• www.ti.com/medical

• MCUs, high-speed amplifiers, high-resolution imaging DSPs

• MSP430 is an ideal MCU to be used in portable medical devices such as• Blood glucose meter• Blood pressure meter• Blood gas meter• Digital pulse/heart rate monitor• Digital thermometer• Pulse oximeter

Date post:	02-Jan-2016
Category:	Documents
Upload:	emre-bayat
View:	28 times
Download:	0 times

8463.TI Medical Solutions With MSP430 1Q12

Documents