Nu Horizons releases its Q3 2012 Edition of Portal - your gateway to today’s leading technology products
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IN THIS ISSUE: Your Gateway to Today’s Leading Technology Products DEVELOPMENT TOOLS Lattice Silicon Motion DISK / INTERFACE Silicon Motion DISPLAYS Touch Revolution Sharp LED LIGHTING OptoElectronix MEMORY Micron MICROCONTROLLERS Atmel Silicon Motion STMicroelectronics POWER MANAGEMENT Linear Technology Micrel POWER SUPPLIES N2Power PROGRAMMABLE LOGIC Lattice SIGNAL CONDITIONING STMicroelectronics TIMING Micrel Q3 2012 Americas Edition For information on attending a Studio 6 webinar, visit www.nuhorizons.com/expresstrak/atmel
for information on attending a studio 6 webinar, visit www.nuhorizons.com/expresstrak/atmel
Current Sense System
Info & Free Samples
, LT, LTC, LTM, Linear Technology and the Linear are registered trade-marks of Linear Technology Corporation. All other trademarks are the property of their respective owners.
Linear Technology’s LT ®6108 and LT6109 are complete high side current sense devices that combine a high precision current sense amplifier with comparators and a precision voltage reference. When connected to a current shunt resistor, the high side current sense amplifier precisely extracts the shunt voltage, amplifies it, and provides a ground referenced signal for actuator control, power and battery-life management, bias current control, load monitoring, and other current control applications. The on-chip comparators can be directly connected to the current sense signal for fast fault condition alerts, providing a complete solution for current sensing.
www.linear.com/product/LT6109
1-800-4-LINEAR
Precise, Rugged and Fast Current Monitor and Control
Current Sense Amplifiers Response to Overcurrent Event
5µs/DIV
0V
0mA
0V
0V
VLOAD10V/DIV
ILOAD200mA/DIV
VOUTC15V/DIV
VOUTC25V/DIV
250mA Disconnect
100mA Warning
InputVoltage
(V)
PartNumber
LT1999
LT6100
LTC®6101
LTC6102
LTC6103
LTC6104
LT6105
LT6106
LT6107
LT6108
LT6109
–5 to 80
4.1 to 48
4 to 105
4 to 105
4 to 70
4 to 70
–0.3 to 44
2.7 to 44
2.7 to 44
2.7 to 60
2.7 to 60
InputOffset(µV)
750
300
300
10
450
450
300
250
250
350
350
Comments
Wideband AC CMRR
5 Fixed Gain Settings
Fast, High Voltage Monitor
Zero-Drift, Highest Precision
Dual Precision Amplifiers
Bidirectional Monitor
Monitors VS Down to GND
Lowest Cost, Simple
Rated for –55°C to 150°C
Includes Comparator + Ref
Includes 2 Comparators + Ref
Download Linear Technology’sISENSE Guide
www.linear.com/currentsense
PO
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Nu Horizons Electronics is a leading
distributor of advanced technology
semiconductor, display, illumination
and power solutions to a wide variety
of commercial original equipment
manufacturers (OEMs) and electronic
manufacturing services providers
(EMS).
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All registered trademarks displayed in this publication constitute the intellectual property of their respective holders. The technical information within this publication has been provided by Nu Horizons' suppliers. Nu Horizons does not assume any liability for its accuracy. Prices are subject to change without notice.
APPLICATION NOTES
Lattice / MicronCreating a Micron Technology RealSSD™ Memory Subsystem for Lattice ECP3 FPGAs in Embedded Applications
4
Atmel / GE Energy / Micron / Sharp / Touch Revolution
Design Considerations for a Network Connected Sales Kiosk using GE Energy Power Supplies and Point of Load (POL) Converters
4
GE Energy / LatticeUsing Lattice Platform Manager and GE Energy POL DC-DC Converters to Create Power Subsystems for Embedded Applications
5
GE Energy / LatticeDesign Considerations when using GE Energy Power Supplies and Point of Load (POL) Converters in High Reliability Data Storage Applications
5
DEVELOPMENT TOOLSLattice MachXO2 Pico Development Kit 6
Silicon Motion FerriSSD™ Single-Chip Solid-State Drive Dev Boards 6
FEATURED COMPONENTSDisk / Interface Silicon Motion — FerriSSD™ Single Chip Solid-State Drive 7
LED Lighting OptoElectronix — Universal LED Light Engines 10
Memory Micron — Product Longevity Program 11
Memory Micron — Choosing the Right NAND 12
MicrocontrollersAtmel — Studio 6 is the FREE IDE to support all Atmel Flash-based Microcontrollers
Microcontrollers STMicroelectronics — STM32 F0 Family: ARM Cortex-M0 15
Power ManagementLinear Technology — LT3791 - 60V 4-Switch Synchronous Buck-Boost LED Driver Controller
17
Power ManagementLinear Technology — 18-Bit, 2.5Msps SAR ADC with Pin-Configurable Analog Input Range and 99.8dB SNR
18
Power ManagementMicrel — Eliminating Dual-Stage Conversion For Point-Of-Load Applications
19
Power Supplies N2Power — XL375 CC - 260 Watts without Fans 20
Programmable Logic Lattice Semiconductor — MachXO2 Family 21
Signal Conditioning STMicroelectronics — Op Amps and Comparators 23
TimingMicrel — Programmable/Customizable 3-PLL Clock with up to 8 LVCMOS Outputs
24
ADVERTISEMENTSLinear Technology Current Sense System 2
Touch Revolution Your Innovation...Our Touch 8
Sharp Remember Craftsmanship? We Do! 9
Linear Technology Change Batteries in 2018 16
Axiomtek Make Your System Fanless Without a Heatsink 22
Renesas DevCon 2012 25
Nu Horizons Supplier Matrix Memory Matrix 26
Nu Horizons Supplier Matrix Wireless Matrix 27
Samsung LED / Nu Horizons Innovative Lighting Solutions 28
Nu Horizons LED Lighting Line Card 29
Nu Horizons Display Technologies Line Card 30
Nu Horizons Embedded Solutions / Single Board Computers 31
Nu Horizons Semiconductor Technologies Line Card 32-35
Nu HorizonsEnhance Your Design...With Nu Horizons Education and Development Solutions
36
4 Nu Horizons offers a wide range of application notes and white papers. For more information, please visit www.nuhorizons.com/application_notes
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Design Considerations for a Network Connected Sales Kiosk using GE Energy Power Supplies and Point of Load (POL) Converters
Creating a Micron Technology RealSSD™ Memory Subsystem for Lattice ECP3 FPGAs in Embedded Applications
Using advanced communications and inventory management it has become popular to provide sales kiosks for a wide range of products. Movie ticket purchase at the multiplex, DVD rentals at the grocery store and snacks from ever popular vending machines at the gas station are just some of the more visible examples of this sales technique.
The design of a network connected sales kiosk needs to address several key requirements including security, environmental monitoring, simplified user interfaces, low-cost and low-power. Advanced features might even include video conferencing, voice recognition, speech
processing and communication with smart phones. The power systems for a sales kiosk must be able to reliably and cost effectively generate the variety of voltages required by the system while insuring high availability and security.
To better understand the design considerations for the power sub-system in a sales kiosk it is best to look at an example design. By observing some of the major requirements, constraints and trade-offs, during the architecture definition, and component selection we will be able to identify common design considerations that will apply during a wide range of similar system implementations.
In this paper we will look in detail at the design requirements of a sales kiosk, like that used in an airport terminal to sell a variety of convenience items. A detailed list of requirements will be developed in the Application Description section so that trade-off options can be highlighted in the Component Selection section.
Key components for the design will include the power sub-system, main processing board, touch LCD panel and communications system.
Low-cost, low-power, high-functionality FPGAs are finding their way into an ever broader set
of applications. Demanding hand-held consumer and industrial electronic devices are the fastest
growing applications segment today for this class of FPGA devices. The ability to combine all
processing, interface and complex computation functions into a single device, without requiring
high mask costs has been a boon to these fast moving audio/video oriented applications. Designs
using both the RealSSD embedded USB mass storage drives from Micron Technology, and the Lattice
ECP3 family of FPGAs can address even the most stringent low-cost, and high-reliability audio/video
applications.
In this application note we will explore and example application that uses a Micron RealSSD
mass storage drive and a Lattice ECP3 FPGA to implement a ruggedized video/audio picture frame
as a replacement for critical signage applications in industrial applications. This ruggedized version
of the popular consumer graphic picture frame can also communicate important time dependant
information in industrial factory applications (perhaps to warn or inform operators or technicians
during critical steps) without the need for a computer interface. These information frames can
be placed anywhere in the building where the sign content depends on the time or state of the
equipment or process.
Scan barcode to accessapplication note
Scan barcode to accessapplication note
Nu Horizons offers a wide range of application notes and white papers. For more information, please visit www.nuhorizons.com/application_notes
Scan barcode to accessapplication note
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Using Lattice Platform Manager and GE Energy POL DC-DC Converters to Create Power Subsystems for Embedded Applications
Design Considerations when using GE Energy Power Supplies and Point of Load (POL) Converters in High Reliability Data Storage Applications As users move more computing and data storage functions to remote network and cloud-based systems service providers must add large amounts of reliable data communications and storage hardware to satisfy growing demand. These high reliability requirements put additional demands on the power supply systems both at the chassis level and at the board level. Chassis supplies must have redundancy built-in so that a power fault can be isolated and power replaced by a redundant supply. Additionally, power systems should be monitored and tested automatically so that any early warning signs of potential problems can be used to avoid power outages. The design of a redundant supply system needs to address several key requirements and must address key cost and functionality trade-offs. Reliability must be increased without increasing cost too much. Some system requirements, like the ability to remove or add boards without powering down the system (which improves up time), must also be supported without increasing system complexity. In this paper we will look in detail at the design requirements of a data storage system, like that used to support cloud-based operations. A detailed list of requirements will be developed in the Application Description section so that trade-off options can be highlighted in the Component Selection section. Key components for the design will include the main power sub-system, chassis controller, and storage controller cards. The on-board power requirements (Power management and PoL converters) for the chassis controller and storage controller cards will also be covered where it helps to explain some of the main power supply design considerations.
Increasing reliability and availability requirements of modern embedded systems has put new demands on power subsystem designs. For example,
the traditional requirement for hot swap capabilities have now grown to include advanced features like voltage scaling to save power and improve reliability,
complex fault detection and logging features to simplify testing and field servicing. Advanced power system components, like the Lattice Platform Manager
and GE POL (Point of Load) DC-DC converters can support the growing need for advanced features in modern power subsystem designs.
This application note will use an example design of a power subsystem on a communications system monitor card to describe the key device selection
and design considerations required for these types of designs. Key features will include voltage scaling to save power during light load conditions, increased
supply accuracy to increase headroom needed during high dI/dt loads, and fault logging to improve
reliability and prevent unanticipated down time.
Key components for the design will include the Lattice Platform manager to sense and control
the power subsystem, GE Energy POL DC-DC converters to source the power rails on the printed
circuit board and Atmel Serial Flash memory to store power fault information during data logging.
Scan barcode to accessapplication note
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Nu Horizons offers a wide range of development / evaluation boards, tools and kits. For more information, please visit www.nuhorizons.com/development
Scan barcode for more MachXO2 Development Kit information
FerriSSD™ Single-Chip Solid-State Drive Dev Boards
Order Number DesriptionDK631GX2-AB Demo Kit Ferri SATA 2GB SLC
DK631GX4-AB Demo Kit Ferri SATA 4GB SLC
DK631GX8-AB Demo Kit Ferri SATA 8GB SLC
DK631GXA-AC Demo Kit Ferri SATA 16GB SLC
DK631GXB-AB Demo Kit Ferri SATA 32GB SLC
DK631GE2-AB Demo Kit Ferri SATA 2GB SLC
DK631GE4-AB Demo Kit Ferri SATA 4GB SLC
DK631GE8-AB Demo Kit Ferri SATA 8GB SLC
DK631GEA-AB Demo Kit Ferri SATA 16GB SLC
Development Kit Contents:
The MachXO2 Pico Evaluation Board features the following: MachXO2 PLD: LCMXO2-1200ZE-MG132CR1 4-Character 16-segment LCD display 4 capacitive touch sense buttons 1 Mbit SPI Flash I2C temperature sensor Power measurement via delta sigma A2D conversion in the MachXO2 device Expansion header for JTAG, SPI & I2C USB Cable QuickSTART Guide
Ferri SATA SLC Dev Kits:
MachXO2 Pico Development Kit The MachXO2 Pico Development Kit is a battery-powered, low-cost
evaluation platform to accelerate the evaluation of MachXO2 PLDs. Using the
preloaded Environment Scanning system-on-chip (SoC) design provided with the
development kit, you can now test within minutes, popular interfaces such as UART,
SPI, I2C and LCD control using the integrated 8-bit LatticeMico8™ microcontroller
in conjunction with the MachXO2 Embedded Function Bock (EFB). You can then
build your own designs using the free downloadable reference design source code,
implementing these features in less than an hour.
The board also features USB channels for JTAG programming and
debugging from a host PC. The header provides access to a variety of I/O banks of
the MachXO2 device and the on-board I2C bus. The board can be controlled with a
menu driven interface via terminal programs running on a host PC.
Order Number Price
LCMXO2-1200ZE-P1-EVN $29 - Special while supplies last
FerriSSD™ is designed optimally for a wide range of
embedded applications that behaves like SATA/PATA hard drive
featuring fast access time and enhance endurance. Without
any moving mechanical parts, FerriSSD™ provides a shock-
protected and quite-operating environment for mobile storage
environments. The combination of Silicon Motion advanced
technologies such as error correction, bad block management,
and SSDLifeGuardR monitoring application enable FerriSSD™
to deliver the most robust data integrity and protection in the
market. The FerriSSD™ is available in a variety of densities for
different storage needs.
Scan barcode for more FerriSSD™ Development Kit information
StaticDataRefresh and EarlyRetirement technologies ensure the data reliability
Advanced Global Wear Leveling
Even distribution of program/erase cycles across all NAND flash chips
Maximizes the SSD lifespan with low Write Amplification Index (WAI)
Robust Data Protection
Advanced system level protection against unstable power
Software/hardware write protect option
Multiple user data security zones
Software/hardware secure erase function
PowerShield and DataPhoenix technologies prevent data corruption in case of sudden power lost
SSD Status Monitoring
Supports Self-Monitoring, Analysis, and Reporting Technology (S.M.A.R.T.)
Provides SSDLifeGuard® application for real time SSD health status monitoring and warning
Available in SLC and MLC NAND Flash
Silicon Motion leverages the industry leading technologies and experiences in
NAND flash memory controller along with Multi-Chip Package (MCP) solution within
the FerriSSD™ – the fully integrated SATA/PATA Solid-State Drive (SSD) in a single BGA
package.
The FerriSSD is designed optimally for a wide range of embedded applications
that behaves like a SATA/PATA hard drive, features fast access time and enhanced
endurance. The combination of Silicon Motion advanced technologies enables FerriSSD
to deliver the most robust data integrity and protection in the market. The FerriSSD is
available in a variety of densities for different storage needs.
With high reliability, industry-leading performance and programmable firmware,
the FerriSSD is the ultimate non-volatile storage solution that is easy to design and
manufacture for today’s fast-moving consumer electronics as well as industrial level
applications.
16mm
20mm
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For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Scan barcode for more information onSilicon Motions SSD solutions
FerriSSD™ Single Chip Solid-State Drive(SSD)World's smallest single-chip SSD!
RemembeR cRaftsmanship?
We do.
Dazzling display visuals are just the beginning. What’s on the inside is just as important.
Our LCD materials are of the highest quality, including glass from Sharp’s own Fabs. Our displays are built with durable construction to perform in environments from factories to physician’s offices.
Plus, our engineers live and breathe the development of Industrial Strength technology, just like yours do. So, you can rest assured that every Sharp LCD is built with pride. We won’t settle for less...and our customers can’t settle for less.
www.SharpSMA.com
100 Years strong In 2012, Sharp celebrates a century of doing business. Here’s to the next 100 years.
OptoElectronix designs and manufactures a broad range of standard, semi-custom, and custom light engines that can be easily designed in by OEM
customers or used in general lighting applications. OPTO utilizes automated manufacturing equipment and controls all aspects of parts procurement,
production and test to assure the highest quality products.
A summary of our standard light engine products is provided in the table below. Standard color temperatures are Warm White (3000K), Neutral (4000K)
and Cool White (either 5000 or 6500K). Semi-custom products are standard products with modifications to the standard length, light diffusion, beam angles,
light color temperatures, and finishes. Custom products are designed specifically for a customer's unique application.
In addition to the light engines features here, OptoElectronix has developed and manufactures a range of high output area lighting fixtures, typically used
to light signs, as building wall washers, to illuminate parking lots and garages, and for use in warehouses and other industrial and commercial settings with
moderate to high ceilings.
Scan barcode for more LED Light Engine information
FEATURES:
Plug and play. Complete light engine with integrated optics, electronics, LEDs, and heat .
Wide range of options: light outputs and color temperatures, beam angles, diffusors, form factors, power requirements, and finishes.
High (commercial grade) quality. OPTO controls parts sourcing, manufacturing, QA, and testing.
US company with offshore manufacturing subsidiary.
Thermal foldback on most products.
NSF certification for key products.
Safety Agency Certification (UL or others).
In-house design center allows for custom product development.
Customer portfolio with Fortune 100 companies
Management team has over 100 years of combined LED experience.
APPLICATIONS:
Landscape light fixtures
Commercial refrigeration
Ceiling fans
Lawn tractors and floor sweepers (as headlights)
In-grade pedestrian street crossings
Snow blowers
Wine coolers
Solar carports
Parking lots
Architectural lighting
Elevators
Wall sconces and ceiling lights
BENEFITS:
Easy to design into current and new products.
Customer gets what they want with minimal customization.
High reliability, 5 year warranty, 50,000 hour life.
Competitive prices. High value products.
Preserves LEDs in extreme conditions.
Allows products to be used in food industry.
A key requirement for many customers.
Customers can get exactly what they want and gain a proprietary competitive.
Established LED light engine supplier.
Have the contacts and knowledge to provide the latest and best technology.
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10 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Universal LED Light EnginesHigh Quality Standard, Semi-Custom, and Custom Plug and Play Products. LED lights use less energy, last longer and are more reliable. OptoElectronix provides ready for use light engines with integrated LEDs, optics, electronics, and heat sinks.
Lumens Input VoltagePower(Watts)
Beam Angles
Thermal Foldback
Certifications Life Expectancy1, 2 Special Features
ULE21VW120, 240, 360,
450, 500 12V AC/ DC 2.2, 4.3, 6.5 120° Yes UL, NSF, IP66 50,000 hours Most compact light engine
ULE4000 1220 120V AC 18 110° Yes UL, ADA 50,000 hours Dimmable
ULE5000 1400 120V AC 32 110° Yes UL 50,000 hours Dimmable, STD. Std 1/8 IP mount
ULE7000 360, 450, 500 12V AC/ DC 6.5 10° to 50° Yes UL, NSF, IP67 50,000 hours Variable heat sink for press fit mounting, submersible
ULE7000HS 360, 450, 500 12V AC/ DC 6.5 10° to 50° Yes UL, NSF, IP67 50,000 hoursIntegral heat sink, MR 16 replacement in recessed lighting w bi-pin conector
ULF8000 500- 240012 V AC/ DC or 90 to 277 V AC
8-42 110° No NSF & UL Q3 50,000 hours Variable length and output, 12 in to 60 in
1 Life expectancy based on industry standard L70 point (70% of the original light output)2 Warranty = 5 years
ULE21VWULE21VW ULE4000 ULE5000 ULE7000
Micron Product Longevity ProgramMicron’s PLP is designed to provide stable memory architectures for long-life applications like those in automotive, industrial, medical, and aerospace. Through PLP we make a range of DRAM, NAND, and NOR devices available for a minimum of 10 years.
Applications with extended life cycles face a challenge as the components designed appear to
go through constant change; whether from obsolescence, process shrinks, new features and even
industry consolidation. This adds up as you spend time, resources and dollars long after the product
has entered production.
Recognizing this need for product longevity Micron introduced the Product Longevity Program
for select DRAM, NAND and NOR memory devices available for a minimum of 10 years.
The 10-year lifecycles for Micron PLP products will begin when a product is introduced into the
PLP and will include extended notification and conversion timelines.
Given the longevity of devices in the PLP program, it may be necessary to transition the device
to a new silicon process node or move production to an alternate manufacturing facility. In these
cases, Micron will re-qualify the device and inform PLP customers of any corresponding ordering
part-number changes.
To facilitate these transitions, PLP-eligible products have extended notification and conversion
timelines; participating customers will be given 12 months from notification to place last-time orders
and an additional 12 months to receive last-time shipments. This notification period is double the
standard notification period, allowing customers two years to convert to newer products.
The line-card below summarizes the part families in the program..
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11For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Product Fami ly* Densi ty Range* Temp Range*
DR
AM
DDR3 (MT41) 1-2Gb IT, AT
DDR2 (MT47) 1-2Gb IT, AT
DDR (MT46) 256-512Mb IT, AT
SDRAM (MT48) 128-256Mb IT, AT
Par
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Parallel NOR (M29EW) 64Mb-1Gb IT
Parallel NOR (M29W) 8-256Mb IT, AT
Parallel NOR (M588W) 16Mb AT
Parallel NOR (P30) 64Mb-1Gb IT
Parallel NOR (P33) 64Mb-1Gb IT
Parallel NOR (J3) 64-256Mb IT
SPI N
OR Serial NOR (N25Q) 32-256Mb IT, AT
Serial NOR (M25PEIM45PE) 4-16Mb IT, AT
Serial NOR (M25P) 4-16Mb IT, AT
NA
ND
SLC, VLP NAND Flash (MT29) 8Gb IT
SLC, LP NAND Flash (MT29) 1-4Gb IT
SLC, SPI NAND Flash (MT29) 1-4Gb IT
SLC, SP NAND Flash (NAND) 128-512Mb IT
* The partial part numbers referenced above are product family designators only. Not all products or part numbers are in the PLP. Refer to the PLP Part List to verify specific part numbers that are included in the program.
Go to www.micron.com/plp to download the complete part number list and see which parts fit your design
AUTOMOTIVE
MEDICAL
INDUSTRIAL
AEROSPACE
DEFENSE
Scan barcode for more PLP information
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Choosing the Right NANDUnderstand the right NAND from Micron's broad portfolio for your application
The increase in NAND demand and uses means there are now many NAND devices with differing performance capabilities and features. Designers need to have an understanding of the features and benefits of each type to select the right device for their application.
Density and feature set are the starting point in most designs - however, you soon run into terms SLC (one bit per cell), MLC (two bits per cell), TLC (three bits per cell) which refer to the how many bits are stored in a memory cell. Storing more bits per cell increases density, thus lowering overall cost, but also impacts device performance:
SLC has the highest performance and write endurance but the largest die size (and thus highest cost).
MLC is mainstream NAND, providing balanced performance for a wide range of cost-sensitive, high density applications.
TLC has the highest cell density, but the lowest performance and endurance specifications. Most often used in mass storage consumer applications (thumb drives or SD cards) with very high cost sensitivity.
NAND requires a controller to aid with array management, ECC, wear leveling, and other functions, but where the controller resides varies based on your design:
Discrete (raw) NAND requires an external controller to perform these functions (e.g. SLC, MLC, or TLC NAND).
Managed NAND solutions integrate a controller into the device to simplify design requirements e.g. ClearNAND, eMMC™, embedded USB.
Micron also develops several lines of Specialty NAND for specific applications:
Serial NAND—Low density SLC parts with a NOR-like serial interface.
eMLC—“endurance” MLC use special programming algorithms to extend write endurance; it is typically used in high-write workload enterprise applications.
Scan barcode for more NAND FlashFamily information
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
APPLICATIONSCards / USBs
SSDMedia
PlayersCamerasDSC, DVC
Mobile Computing
MobileGPS
Industrial/Computing
Networking
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Single-Level Cell (SLC)
Multi-Level Cell (MLC)
Triple-Level Cell (TLC)
Serial NAND (SLC)
Endurance NAND -(eMLC)
eMMC™
MCPs - NAND with DRAM
ClearNAND
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Atmel® Studio 6 is the integrated development environment (IDE) for developing
and debugging Atmel ARM® Cortex™-M and Atmel AVR® microcontroller (MCU)
based applications. The Atmel Studio 6 IDE gives you a seamless and easy-to-
use environment to write, build and debug your applications written in C/C++ or
assembly code.
Atmel Studio 6 is free of charge and comes with a large library of free source
code — with 1,100 ARM and AVR project examples — to streamline your design
process. Use the IDE for our wide variety of AVR and Cortex-M processor-based
MCUs, including our broadened portfolio of Atmel SAM3 Cortex-M3 Flash devices.
WHAT’S NEW SINCE AVR STUDIO 5.1?
Support for more than 300 Atmel AVR and ARM MCUs
More than 1,100 project examples based on Atmel Software Framework
Integrated GNU C/C++ compiler
Integrated QTouch Composer for capacitive button design
ATMEL STUDIO 6 CONTAINS:
Editor and C/C++ Compiler
Debugging and Simulation
Software Libraries
QTouch Composer
NEW FEATURES:
The new version of Atmel Studio 6 contains the following improvements.
Improved start-up performance by 25%
More support for AVR and Cortex™-M processor-based MCUs
Support for the new AVR XMEGA® C series Support for the new SAM3 devices: SAM3A and SAM3X devices Support for the new SAM4S Xplained kit Support for the new ATtiny828 Support for ATA5272, ATA5505, ATA5790, ATA5795, ATA6285, ATA6286 SWD (Serial wire debug) interface support with SAM
Atmel Software Framework version 3.1.3
Expanded ARM® support for SAM3 and SAM4, including:
USB device stack Quick start guide for USART, PMC, PIO, Serial, FIFO, CPU, clock, calendar, timeout maXTouch® display driver Improved USB stack robustness ASF Explorer and ASF Wizard with short cuts to Reference Manuals and Getting Started Guide
New and improved Extension Gallery Enhanced presentation of available extensions Notification when update is available Extension Gallery is now the default mechanism to distribute updates to ASF and incremental Atmel Studio enhancements Using the Extension Manager requires account sign-in, with account registration built into the Extension Manager interface. Through this account, users will be able to track extensions they have downloaded and know if updates are available.
Updated GNU Toolchain to latest version from GNU (version 3.4.0)
BENEFITS:
Completely free of charge
Saves you months of design effort
Seamless environment optimized for Atmel microcontrollers
APPLICATIONS:
Consumer electronics
Industrial control
Automotive
Medical and healthcare
Communications
Security and authentication
Instrumentation
Metering
Entertainment
Atmel Studio 6 is the FREE IDE to support all Atmel Flash-based MicrocontrollersIntegrated with Atmel Software Framework including more than 1,100 production-ready project examples
For access to the Atmel Studio 6 Video Library, go to http://www.atmel.com/microsite/atmel_studio6/videos.aspx
or click on the black QR code with your smart phone.
Scan barcode for more Studio 6 information
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
FEATURES:
SM718 32-bit / 16-bit local bus / PCI bus 2D GPU for embedded or x86 CPU Internal 16MB SDRAM or external 64-bit high bandwidth DDRI memory configuration Up to 1920x1440 resolution 2 internal 300Mhz DAC 2 18-bit TFT interfaces 7 display layers for different application purpose Complete software set for different favor of Linux, WinCE, Windows, etc.
SM750 PCIe x1 bus 2D GPU for embedded or x86 CPU Internal 16MB DDRI or external 64-bit high bandwidth DDRI memory configuration Up to 1920x1440 resolution 2 internal 300Mhz DAC 2 18-bit TFT interfaces 7 display layers for different application purpose Complete software set for different favor of Linux, WinCE, Windows, etc.
SM718 LynxSE+ and SM750 LynxExp 2D Graphics Co-processorThe Silicon Motion GPU is packaged in multi-chip module (MCM) with embedded video memory to provide cost effective and low power consumption as well as longevity 2D graphics processor solution
The Silicon Motion GPU is designed to complement needs for the vertical market with flexible bus interface for
a wide range of embedded CPUs, which includes x86, XScale, ARM7/9/11, MIPS-license CPUs, Renesas SH, and
PowerPC. To help reduce total system costs, the Lynx family equips variety of I/O, including analog RGB and digital
LCD panel interfaces, USB host UART, AC97/I2S, Zoom Video, PWM, SSP and GPIO for interfacing external devices.
The rich software debug and SDK tools simplify the driver development of utilizing the 7 graphics display layers and
multiple display function for high quality and sophisticate applications.
BENEFITS:
Lowest cost 2D GPU solution Lowest power GPU in the market, no heat sink or fan required Rich feature for simple or complex embedded/industrial applications Complete and easy to use SDK for customize driver development Committed to product longevity
Availability of industrial temperature support
APPLICATIONS:
High resolution handhelds Point-of-Sales terminals Medical device Multi-functional printer Casino gaming IPC Server
Thin Client
PCI,32-bit host,16-bit host
Internal
PCI
Internal
Scan barcode for more information regarding SIlicon Motion's microcontrollers
MIC
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14 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
15
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For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Scan barcode for more information regarding ST's STM32 F0 series
STM32 F0 Family: ARM Cortex-M0STM32® DNA at budget price: Entry-level ARM Cortex-M0 MCU with 64 Kbytes Flash, 48 MHz CPU, motor control and CEC functions
The STM32 F0 delivers 32-bit performance and STM32 DNA essentials
into applications typically addressed by 8- or 16-bit microcontrollers. The
STM32 F0 benefits from the combination of real-time performance, low-
power operation, advanced architecture and peripherals associated to the
STM32 ecosystem. All these have made the well-known STM32 a reference
in the market. Now all this is accessible for costsensitive applications.
The STM32 F0 offers unparalleled flexibility and scalability for home-
entertainment products, appliances and industrial equipment.
KEy FEATURES:
Core and operating conditions
ARM® Cortex™-M0 0.9 DMIPS/MHz up to 48 MHz 1.8/2.0 to 3.6 V supply range
High-performance connectivity
6 Mbit/s USART 18 Mbit/s SPI with 4- to 16-bit data frame 1 Mbit/s I²C fast-mode plus HDMI CEC
Enhanced control
16-bit 3-phase PWM motor control timer 5x 16-bit PWM timers 16-bit basic timer 32-bit PWM timer 12 MHz I/O toggling
DEVELOPMENT TOOLS:
A complete development tool offer is available, including the following kits:
STM32 F0 starter kits from IAR will be available in Q3/2012
KEy BENEFITS:
Superior code execution for higher performance and excellent code efficiency for reduced embedded memory usage
High-performance connectivity and advanced analog peripherals to support a wide range of applications
Flexible clock options and lowpower modes with fast wake-up for low power consumption
APPLICATIONS:
Home automation
Home appliances
Motor control
Sensors
A/V receivers, TVs
Remote controls
Gaming
BLOCK DIAGRAM:
Info & Free Samples
Change Batteries in 2018
Features
When You Can’t Afford to Turn it OffEnabling long battery life in an “always-on” system means drawing very little active standby current. Fortunately, our LTC®3104 does just that: its buck regulator can deliver 300mA with up to 95% efficiency with a no load quiescent current of just 1.8µA when in Burst Mode® operation. Its 10mA low noise LDO adds just 1.0µA of quiescent current and can be powered from the buck output. The LTC3104’s wide 2.5V to 15V input voltage range accommodates a variety of input sources, makingit ideal for remote sensor networks, portable instruments and a wide range of battery-powered devices.
•VIN Range: 2.5V to 15V
•VOUT Range: 0.6V to 13.8V
•300mA Buck IQ = 1.8µA
•1.2MHz Constant Frequency, Current Mode Architecture
•10mA LDO IQ = 1.0µA
•LDO Dropout = 150mV
•3mm x 4mm DFN14, MSE16 Packages
•LTC3103 for 300mA Buck Only in 3mm x 3mm DFN, MSE10
1.8V
1.2V
LTC3104
RUNLDO
RUN
VIN
GND
SW
FB
VLDO
FBLDO
1.2M
600k
600k
600k
IBATTERY = 3.8µA
9V
, LT, LTC, LTM, Linear Technology, the Linear logo and Burst Mode are registered trademarks of Linear Technology Corporation. All other trade-marks are the property of their respective owners.
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
LT3791 - 60V 4-Switch Synchronous Buck-Boost LED Driver Controller The LT3791 is a synchronous 4-switch buck-boost LED driver and voltage regulator
controller. The controller operates from input voltages above, below, or equal to the
output voltage. The LT3791 has a wide 4.7V to 60V input and 0V to 60V output range
along with seamless transitions between operating modes. A ground reference voltage
FB pin serves as the input for several LED protection features and also makes it possible
for the converter to operate as a constant-voltage source. The LT3791 is ideal for a wide
variety of applications.
The LT3791 runs in forced continuous mode, which is ideal for systems with
stringent EMI requirements. Fault protection is provided to survive and report an open or
shorted LED condition. A timer allows the LT3791 to continue to run, latch off or restart
when a fault occurs.
FEATURES:
4-Switch Single Inductor Architecture Allows VIN Above, Below or Equal to VOUT
Wide VIN Range: 4.7V to 60V
Wide VOUT Range: 0V to 60V (55V LED)
±2% Output Voltage Accuracy
Synchronous Switching: Up to 98.5% Efficiency
±6% LED Current Accuracy: 0V ≤ VOUT < 60V
VOUT Disconnected from VIN During Shutdown
Accurate Rail-to-Rail LED Current Sense with Monitor Output
Input Current Sense with Monitor Output
PWM and Analog Dimming
Capable of 100W or greater per IC
38-Lead TSSOP with Exposed Pad
APPLICATIONS:
Automotive Headlamps / Running Lamps
General Purpose Lighting
Scan barcode for more LT3791 information
98.5% Efficient 100W (33.3V 3A) Buck-Boost LED Driver
Efficiency vs VIN50Ω
0.003Ω
470nF
VIN15V TO 58V
INTVCC
TG1
BG1
SNSP
SNSNPGND
BST1
BST2
BG2
SW2TG2
RT
LT3791
SWI
SHORTLEDOPENLED
IVINN
IVINP
INTVCC
1µF
VIN
PWMIVINMONISMONCLKOUT
EN/UVLOOVLO
200k
VREFCTRL
86.6k300kHz
SS CNYS CV SGNDPWMOUT
15.8k
28k200k
499k
0.1µF
10nF 10nF
2.2µF100V×5
4.7µF50V×5
0.004Ω
ISP
ISN
FB
0.033Ω
0.1µF
0.1µF
10µH
4.7µF
3A, 100WLED POWER
1M
34.2k
2.2k
INPUT VOLTAGE (V)10
EFFI
CIEN
CY (%
)
96
98
100
50
94
92
9020 30 40 60
BUCKBOOST
BUCK-BOOST
98.5% Efficient 100W (33.3V 3A) Buck-Boost LED Driver
Efficiency vs VIN50Ω
0.003Ω
470nF
VIN15V TO 58V
INTVCC
TG1
BG1
SNSP
SNSNPGND
BST1
BST2
BG2
SW2TG2
RT
LT3791
SWI
SHORTLEDOPENLED
IVINN
IVINP
INTVCC
1µF
VIN
PWMIVINMONISMONCLKOUT
EN/UVLOOVLO
200k
VREFCTRL
86.6k300kHz
SS CNYS CV SGNDPWMOUT
15.8k
28k200k
499k
0.1µF
10nF 10nF
2.2µF100V×5
4.7µF50V×5
0.004Ω
ISP
ISN
FB
0.033Ω
0.1µF
0.1µF
10µH
4.7µF
3A, 100WLED POWER
1M
34.2k
2.2k
INPUT VOLTAGE (V)10
EFFI
CIEN
CY (%
)
96
98
100
50
94
92
9020 30 40 60
BUCKBOOST
BUCK-BOOST
VIN Range (V)PartNumber
LT3741
LT3743
LT3755
LT3756
LT3791
6 to 36
6 to 36
4.5 to 40
6 to 100
4.7 to 60
Topology
SynchronousStep-Down
SynchronousStep-Down
Multitopology
Multitopology
4-Switch SynchronousBuck-Boost
Comments
LED Current up to 20A
LED Current up to 40A withFast LED Current Transitions
VOUT up to 75V
VOUT up to 100V
VOUT from 0V to 60V withCurrent Monitoring
SPI orParallel I/O
OVDD = 1.8V to 5V
5V
IN+
Pseudo-DifferentialUnipolar 0V to 4.096V
Fully Differential±4.096V
Pseudo-DifferentialBipolar ±2.048V
IN–LTC2389-18
InternalReference
–40°C to +125°C
Guaranteed
Pin-ConfigurableInput Range
18-Bit, 2.5Msps SAR ADC with Pin-Configurable Analog Input Range and 99.8dB SNRAll-in-One ADC with Configurable Input Ranges and Digital I/O
The LTC®2389-18 is a low
noise, high speed 18-bit successive
approximation register (SAR) ADC.
Operating from a single 5V supply, the
LTC2389-18 supports pinconfigurable
fully differential (±4.096V), pseudo-
differential unipolar (0V to 4.096V), and
pseudo-differential bipolar (±2.048V)
analog input ranges, allowing it to
interface with multiple signal chain
formats without requiring additional
level translation or signal conditioning.
The LTC2389-18 achieves ±3LSB INL
(maximum), no missing codes at 18-bits,
and 99.8dB (fully differential)/ 95.2dB
(pseudo differential) SNR (typical).
The LTC2389-18 includes a precision internal 4.096V reference, with a guaranteed 0.5% initial accuracy and a ±20ppm/°C (maximum) temperature
coefficient, as well as an internal reference buffer. Fast 2.5Msps throughput with no cycle latency in the parallel interface modes makes the LTC2389-18
ideally suited for a wide variety of high speed applications. An internal oscillator sets the conversion time, easing external timing considerations. The LTC2389-
18 dissipates only 162.5mW at 2.5Msps, while both nap and sleep power-down modes are provided to further reduce power consumption during inactive
periods.
FEATURES:
2.5Msps Throughput Rate
±3LSB INL (Max)
Guaranteed 18-Bit, No Missing Codes
Pin-Configurable Analog Input Range: ±4.096V Fully Differential 0V to 4.096V Pseudo-Differential Unipolar ±2.048V Pseudo-Differential Bipolar
99.8dB (Fully Differential)/95.2dB (Pseudo Differential) SNR (Typ) at fIN = 2kHz
–116dB (Fully Differential)/–112dB (Pseudo Differential) THD (Typ) at fIN = 2kHz
Guaranteed Operation to 125°C
Single 5V Supply
Internal 20ppm/°C (Max) Reference
Internal Reference Buffer
162.5mW Power Dissipation at 2.5Msps
No Pipeline Delay, No Cycle Latency
1.8V to 5V I/O Voltages
Parallel and Serial I/O Interface
48-pin 7mm × 7mm LQFP and QFN Packages
APPLICATIONS:
Medical Imaging
High Speed, Wide Dynamic Range Data Acquisition
Industrial Process Control
Instrumentation
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Scan barcode for moreLTC2389-18 information
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
World’s highest input voltage high current synchronous buck regulator High efficiency Low EMI Fast transient response Wide conversion ratios (76V to 0.8V) Any Capacitor™ Stable
APPLICATIONS:
Automotive Base stations Home security systems Industrial supplies
Power-over-Ethernet Solar inverters
FEATURES:
Hyper Speed Control™ architecture enables: High Delta V operation (VIN = 75V and VOUT = 0.8V) Small output capacitance
4.5V to 75V voltage input
4A output current capability, up to 95% efficiency
Adjustable output down to 0.8V
±1% FB accuracy
Any Capacitor™ Stable Zero-ESR to high-ESR output capacitors
100kHz to 500kHz switching frequency
Internal compensation
Foldback current-limit and "hiccup" mode short-circuit protection
Thermal shutdown
Supports safe startup into a pre-biased load
–40°C to +125°C junction temperature range
28-pin 5mm x 6mm MLF® package
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Scan barcode for more information onMicrel's SuperSwitcher II solutions
Eliminating Dual-Stage Conversion For Point-Of-Load ApplicationsEliminating Dual-Stage Conversion For Point-Of-Load Applications With High-Efficiency, Wide-Input Switching Regulator IC
Transient Response And Minimizing Output Capacitance While
Achieving Highest Power Density
The MIC28510 is a wide-input synchronous switching
regulator IC that provides step-down conversion with better
than 94 percent peak efficiency from an input voltage as high
as 75V with maximum output current of 4A. The solution
eliminates the need for a costly dual-stage conversion
approach for point-of-load applications. The MIC28510
delivers up to 100W of power in a 13cm2 device – a new
standard for power density.
Benefiting from Micrel’s proprietary adaptive on-
time control architecture, the MIC28510 provides ultra-fast
transient response for today’s demanding applications such
as base stations, Power–over–Ethernet, home security
systems and solar inverters. The MIC28510 integrates low-RDSON, high–side and low-side power switches to provide a highly efficient output down to 0.8V.
The MIC28510 is also Any Capacitor™ stable independent of output ESR, thus solving the stability problem power supply designers face with distributed
output capacitance.
By combining an exceptionally wide input voltage range, superior stability and transient response with innovative packaging the chip ensures the best
power density and thermal performance across the entire load range. The solution delivers unprecedented performance and flexibility, placing the MIC28510
in the sweet spot for designers tackling the industry’s most demanding applications.
For a SuperSwitcher II™ Family of Products tutorial go to http://www.youtube.com/watch?v=s8QC4EyjLqs or scan
the black QR code with your smart phone.
Hyper Speed Control, SuperSwitcher II and Any Capacitor are trademarks of Micrel, Inc.MLF is a registered trademark of Amkor Technology, Inc.
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Scan barcode for more XL375 CC product information
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
XL375 CC - 260 Watts without FansConvection Cooling Option Delivers 260 Watts Without Fans
The new Convection Cooling Option for the XL375 family delivers 260 watts across all output voltages and eliminates the fans and fan controllers needed to cool conventional power supplies, saving cost and freeing up valuable component space. Doing away with fans and related components and circuitry is significant to designers tasked with increasing the MTBF and decreasing the noise of products (fans may fail, and they generate most of the audible sound in contemporary designs).
OEMs can design in both convection-cooled and fan-cooled power supplies that use the same very compact, low profile 3.3” x 5” x 1.5” packaging, connectors and layout, saving time and cost. The very low profile packaging is ideally suited to 1U product designs and makes the system designer’s job much easier.
The Convection Cooling Option gives OEMs a distinct packaging and cost benefit while also reducing overall power consumption and cooling requirements for applications such as industrial automation, telecommunications, gaming systems, security and surveillance systems, and network servers. Our unique technology gives OEM engineers new flexibility in power system design that pays real competitive dividends in their final products.
All models also include Active Current Sharing to allow up to four supplies to be operated in parallel for high output applications. The Active OR-ing mosfet board option is available for N+1 applications. Both 5V standby and 12V auxiliary outputs can be wired Or-able when the main output is disabled. Synchronous rectification delivers exceptionally high efficiency: up to 93% in some models.
FEATURES:
Up to 93% efficiency
High power density
All outputs may be paralleled
Remote On / Off
5V Standby (1A)
12V Aux output
Universal AC input
Active current sharing for N, N+1 (main output)
OR-ing mosfet board option
Active inrush current protection
Active PFC (90 - 264 VAC)
BENEFITS:
No fans means higher reliability
Eliminating fans reduces noise
Small size ideally suited for 1U chassis designs
TYPICAL MECHANICAL DRAWING:Inches (millimeters)
Screws shown for reference only
1.50 (38.1)
.75(19.1)
XL375 AC - DCHeight = 1.50 (38.1)
J15 (–)
J204
J1
J14 (+)
5.00(127.0)
4.55(115.6)
2.55(64.8)
3.33(84.6)
.225(5.7)
.39(9.9)
APPLICATIONS:
Servers
Controllers
Switches
Test equipment
Industrial automation
Gaming systems
Security and surveillance systems
APPLICATIONS:
Servers
Controllers
Switches
Test equipment
Industrial automation
Gaming systems
Security and surveillance systems
PR
OG
RA
MM
AB
LE
LO
GIC
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal 21
The MachXO2 family of programmable logic devices is optimized for low density
applications, with an unprecedented mix of low cost, low power and high system
integration. Now, with 10 new reference and demo designs, you can complete your
design faster than ever.
Microprocessors often have a limited number of general purpose I/O (GPIO)
ports that reduce pin count and shrink package size, but limit the number of I/Os to
which a microprocessor can be connected. To allow more I/Os to be connected to
microprocessors, I/O expanders or port expanders are used to provide I/O expansion
capability. Most generic GPIO expanders use low pin count protocols, such as I2C or
SPI, as the interface to the master. They allow designers to save the GPIO ports on the
microprocessor for other critical tasks.
I2C SLAVE PERIPHERAL USING EMBEDDED FUNCTION BLOCK (LATTICE REFERENCE DESIGN RD1124): Provides a programmable solution for serial expansion of GPIOs
Uses an Inter IC Communication (I2C) interface between the microprocessor and the GPIOs
Provides additional control and monitoring capabilities for a microprocessor when it does not have sufficient GPIOs to do the job
Provides an I2C memory interface to the microprocessor
SPI SLAVE PERIPHERAL USING EMBEDDED FUNCTION BLOCK (LATTICE REFERENCE DESIGN RD1125): Provides a programmable solution for serial expansion of GPIOs
Uses a Serial Peripheral Interface (SPI) bus between the microprocessor and the GPIOs
Provides additional control and monitoring capabilities for the microprocessor when it does not have sufficient GPIOs to do the job.
Provides a SPI memory interface to the microprocessor
RAM-TyPE INTERFACE FOR EMBEDDED USER FLASH MEMORy (LATTICE REFERENCE DESIGN RD1126): Utilizes the User Flash Memory (UFM) block (available on MachXO2™-640/U and higher density devices)
UFM block connects to the device core through the Embedded Function Block (EFB) WISHBONE interface. If desired, users can also access the UFM block independently through the hardened JTAG, I2C and SPI interfaces of the device.
Facilitates user access to the MachXO2 EFB UFM module without the knowledge of WISHBONE protocol.
Take the next step and ask about scheduling a free seminar to learn about the new reference and demo designs for the Embedded Function Block, including hardened I2C and SPI interfaces and user Flash memory built into MachXO2 devices.
The seminar will include hands-on technical training and live hardware demonstrations on a variety of new MachXO2 enhancements, including:
Use of hardened I2C and SPI Ports and User Flash Memory (UFM)
Configuration of Mach XO2 through Sysconfig ports & WISHBONE Interface
Demonstration of Mach XO2 power saving features
visit www.nuhorizons.com/lattice-machxo2 for more details
Helping You, Make Your System Fanless Without A Heat Sink Design: Drill four (4) holes on the
out-side-top of your system
Installation: Only 3 Easy Steps Step 1: Screw our heat
spreader onto a PICO board (Axiomtek can also install for you upon request)
Step 2: Easily install any other wires, cables & peripherals needed on to your system (i.e., CF, memory...etc.)
Step 3: Screw the PICO board from the outside of the chassis
...and that's it!
The PICO822 is a highly integrated, small form factor x86 embedded computer targeted at system developers and OEMs who need excellent computing performance for very little power consumption. With 1GB of integrated DDR2 memory, and up to 32 GB of integrated SSD (optional), it’s hard to beat the cost per performance o�ered by the PICO822. This board is ideally suited for portable and medical devices, in-vehicle and in-�ight computing or entertainment systems. The board ships with a specially designed low pro�le heatsink that doesn’t restrict access to the full featured I/O (see features section). A proprietary expansion interface on the bottom of the board interface allows for additional expansion (USB, UART, Tx/Rx, SMBus, DC input, SDVO).
FEATURES:
Intel® Atom™ Processor E600 Series Intel® Atom™ EG20T PCH Onboard DDR2-667/800 max. up to 1GB Onboard SSD max. up to 32GB LVDS display interface 2 x COM port, 1 x SATA, 4 x USB 2.0+ 1 client port HD audio ACPI S0, S3, S4, S5
23For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Scan barcode for more information regarding ST's Op Amps and Comparators
Low Power, High Accuracy, General Purpose Operational Amplifier
Rail-to-rail high-speed comparator
The LMV82x series of single, dual and quad operational amplifiers offers low voltage operation with rail-to-rail output swing. The LMV82x series outperforms the industry standard LMV321 especially with regard to the gain bandwidth product (5.5 MHz). The LMV821, LMV822 and LMV824 are proposed with standard pinouts.
The LMV820, LMV823 and LMV825 include a power-saving shutdown feature that reduces the supply current to a maximum of 50 nA at 25°C.
The TS3011 single comparator features a high-speed response time
with rail-to-rail inputs. Specified for a supply voltage of 2.2 to 5 V, this
comparator can operate over a wide temperature range of -40°C to +125°C.
The TS3011 offers micropower consumption as low as a few hundred
microamperes, thus providing an excellent ratio of power consumption
current versus response time.
The TS3011 includes push-pull outputs and is available in small
packages (SMD): SOT23-5 and SC70-5.
FEATURES:
Low power consumption: 400 μA max at 5 V
Low power shutdown mode: 50 nA max
Low offset voltage: 0.8 mV max at 25°C
Tiny packages
Extended temperature range: -40°C to +125°C
Low supply voltage: 2.5 V - 5.5 V
Gain bandwidth product: 5.5 MHz
FEATURES:
Propagation delay: 8 ns
Low current consumption: 470 μA typ at 5 V
Rail-to-rail inputs
Push-pull outputs
Supply operation from 2.2 to 5 V
Wide temperature range: -40°C to +125°C
ESD tolerance: 2 kV HBM/200 V MM
Latch-up immunity: 200 mA
SMD packages
BENEFITS:
Power ICC < 1 mA at 5 V over full temperature range Low supply voltage: 2.2 V minimum VCC
Response time with 50 mV overdrive, VCC = 5 V 8 ns typical 11 ns guaranteed maximum value
Tiny packages SC70-5 SOT23-5
APPLICATIONS:
Telecoms
Instrumentation
Signal conditioning
High-speed sampling systems
Portable communication systems
BENEFITS:
Longer lifetime in battery-powered applications
Higher accuracy without calibration
Smaller form factor than equivalent competitor devices
Application performances guaranteed over wide temperature range
APPLICATIONS:
Battery-powered applications
Portable devices
Signal conditioning
Active filtering
Medical instrumentation
Without shut-down With shut-down
Standard Vio
Enhanced Vio
Standard Vio
Enhanced Vio
Single LMV821 LMV821A LMV820 LMV820A
Dual LMV822 LMV822A LMV823 LMV823A
Quad LMV824 LMV824A LMV825 LMV825A
TIM
ING
24 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Scan barcode for more PL613 family information
Programmable/Customizable 3-PLL Clock with up to 8 LVCMOS OutputsThe PL613-XX is an advanced 3-PLL design based on Micrel’s PicoPLL, the world’s smallest programmable clock, technology. This advanced technology allows the PL613-XX to fit in to a small 3x3mm QFN package for high performance, low-power, small form factor applications.
The PL613 family options include PL613-01 which offers up to 8 outputs or a combination of outputs and OE pins (i.e. 4 outputs and 4 OEs), 4 programming configurations that allows on-the-fly frequency switching between the 4 configuration, and a Master OE (MOE) or a Master Power Down (PDB) features.
PL613-21, on the other hand, offers up to 4 outputs where each output can operate at a different voltage level (1.8V ~ 3.3V). In addition, the unique power down feature of the PL613-21 allows the user to shut down individual PLLs while disabling the corresponding clock output, using the PDB pins. This IC consumes less than 5mA with all PLLs and outputs running, and less than 5μA when they’re all turned off. The CLK1 on PL613-21 has the ability to generate kHz outputs and is ideal for generating 32.768KHz outputs.
The output drive strength on the PL613 family can also be individually programmed to “Low” (4mA), “Standard” (8mA) or “High” (16mA) drive. In addition, the disabled state of the clock outputs can be programmed as Hi-Z or Active-Low.
BENEFITS:
Replaces many oscillators and crystals
Saves Oscillator/Crystal Mfg. time
Faster to Market, if frequencies change
Matches Signal Strength with freq/loading, reduces system EMI
Supports multiple input voltage levels without additional passive components
Faster start up time with 32KHz signal than expensive 32KHz oscillators, while supporting other clocking requirements
Lowest Power consumption, Extends battery life
Supports multiple applications
Saves space
Fits any application
FEATURES:
3-PLLs, and up to 8 outputs
Customizable Frequencies
Short sample TAT
Individual programmable O/P Strength
Separate voltage level on each output
One 32KHz and multiple MHz frequency outputs in a single clock IC
Individual PDB pins to turn off each output and corresponding PLL
<5mA power consumption when all PLLs operating
Wide power supply range (1.8~3.3V)
Smallest footprint (3x3mm QFN)
General purpose clock
Instrument Sync
TPM
10 MHz
30 MHz
Instrument Sync
PHY
20 MHz
25 MHz
PICO14.7456 MHz
PICO ( UART )
PICO ( Ethernet )
3.6864 MHz
20 MHz
1
3
PL613-01
3- PLL
Generating
All Required
Frequencies
TCXO19.2 MHz
Femtocell / Architecture-2
2.048MHzT1/E1/J1 Framer –
LIU – MAXIM DS26521
PL613-21
100MHzDDR3 controller in Freescale P1020
and P202083MHz
CPU Core in Freescale P1020
and P2020
12.8MHzRef. In
2
PPPLLL666111333-222111PL613-21-N55SC
PL613-01 in Femtocell Application
PL613-21 in Networking Application
En
a b l i ng t h e S m a r t S o c i e t y
Join us this Fall! Hands-on Labs, Seminars, Meet the Experts, Demos, Partner Solutions and much more!
Machine to MachineComputing ArchitecturesCloud ComputingAnalog & PowerDevelopment ToolsConnectivityOperating Systems
SESSION TRACKS
Human Machine InterfaceDisplay Technologies
System DesignMotor Control
AutomotiveSecurity
Guest SpeakerDean Kamen
R E G I S T E R N O W !
RenesasDevCon.com
O C T O B E R 2 2 - 2 5 , 2 0 1 2
For all things DevCon – including up-to-date course information, lodging specials, registration details – go to:
Dean Kamen landed in the limelight with the Segway, but he has been innovating since high school, with more than 150 patents under his belt. Recent projects include portable energy and water purification for the developing world.
Hyatt Regency Orange County, CAHyatt Regency Orange County, CAHyatt Regency Orange County, CAHyatt Regency Orange County, CA
Register now and qualified customers will receive $500.*
*To qualify, you must select Nu Horizons as your preferred distributor when registering and attend all days at DevCon. A $500 gift card will be handed out on the last day of DevCon. The $500 may also be used toward the cost of your flight. Please contact your local account manager for details.
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26
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Supplier Products
Adapters
Modules
SiP
Adapters
Modules
SiP
Adapters
Industrial Bridges
SiP
Modules
Adapters
Modules
SiP
Modules
Single Chip Solution
TBA
Adapters
Modules
Network Platform / Access Point
Single Chip Solution
Single Chip Solution
Single Chip Solution
Adapters
Modules
Modems
Adapters
Gateways
Modules
Serial Data Modem
Transceivers
Access Points
Bridge
Modems
Modules
Gateways
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H&D
Wire
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Nord
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Sign
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STM
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27
Samsung + LED Lighting + Nu Horizons =
Innovative Lighting Solutions
LED Lighting Solutionsfrom
Samsung is committed to leading the LED lighting revolution, and Nu Horizons is committed to delivering the right solution to meet your LED project needs.
Mid-power white LEDs
High-power white LEDs
High-voltage white AC LEDs
High-voltage white DC LEDs
Light Engines and Modules
LED Tube
Let Nu Horizons be your design and manufacturing solution partner for your lighting needs. Learn more at www.nuhorizons.com/ledlighting or scan the
QR code below with your smart phone.
Design Custom LED Assembly
Let Nu Horizons be your design and manufacturing solution partner for your lighting needs. Learn more at
www.nuhorizons.com/ledlighting or scan the QR code below with your smart phone.
Lighting Technologies available from Nu Horizons
29
LEDs Samsung LED Sharp
Optics Ledil
Light Engines Samsung LED OptoElectronix
Thermal Management OptoElectronix LED Specialists
LED Drivers Allegro Atmel ERG Exar IXYS ISSI Linear Technology Marvell Micrel MicroSemi ST Supertex
Power Solutions LHV Power Mean Well GE Energy N2Power
System Design Nu Horizons LED Lighting Solutions
LED Components: ■ Low power ■ Mid power ■ High power ■ HV AC ■ HV DC ■ Flash LED
Optics: ■ Lenses ■ Reflectors ■ Standard products ■ Custom solutions ■ Development & deployment of new fixtures
Light Engines: ■ LED street light ■ LED down light ■ LED area light ■ LED light strip
LED Drivers ■ Inductorless white LED drivers (for LEDs in parallel) ■ Switching regulator based white LED drivers (for LEDs in series) ■ Integrated Schottky diodes ■ Accurate LED current matching ■ Multiple output capability ■ Topologies - Constant current source - Dimmable current source - Flyback - Boost (step-up) - Buck (Step Down) - LLC resonant topologies - SEPIC topology
Power Solutions ■ Fully assembled and tested power solution ■ Ruggedized products ■ End to end solutions - AC/DC - DC/DC ■ 6W to 320W ■ Norms - UL1310 Class 2, UL8750, EN61347-2-13, EN61000-3-2 Class C (harmonic current) and IP64~67
System Design ■ Nu Horizons LED Lighting Solutions - One stop solution for all your solid state lighting needs - Design - Custom LED - Assembly
Embedded Solutions / Single Board Computers Aaeon Amulet Technologies Axiom Tek Connect Tech Digi International IEI Technology Reach Technology
Inverters Applied Concepts ERG Microsemi
LCD Controller Solutions Amulet Technologies Digital View Estecom-USA Kordis URT
LCD Monitors Axiom Tek Estecom-USA IEI LG Display Touch Revolution
Open Frame/Panel PC Solutions Aaeon Axiom Tek Estecom-USA IEI Technology Landmark Nu Horizons Custom Solutions Touch Revolution Touchscreens Hantouch Touch International Touch Revolution
Active Enhancements: ■ Hi Bright Backlights: - CCFL - LED
Design Services: ■ System Hardware & Compatibility ■ ProductSpecification ■ Custom Test Set-up ■ POC / Prototype ■ First Article ■ Revision Control (ECN) ■ Engineering Evaluation ■ Problem Resolution
Display Technologies: ■ LCD - Active, Passive - Graphic - Color, Monochrome - Character - 3D ■ EPD - e-Paper, e-Ink ■ OLED - Organic Light Emitting Diode ■ PID - Public Information Display, Signage
Total Solutions: ■ DisplayKitVerification ■ Fully Enclosed LCD Monitors ■ Fully Enclosed LCD Systems (Panel PC’s) ■ LCD Testing and Screening ■ Medical ■ NEMA Rated Products ■ OpenFrameConfigurations ■ Rack and Panel Mount Assemblies
Embedded Solutions / Single Board Computers Aaeon Amulet Technologies Axiom Tek Connect Tech Digi International IEI Technology Reach Technology
Inverters Applied Concepts ERG Microsemi
LCD Controller Solutions Amulet Technologies Digital View Estecom-USA Kordis URT
LCD Monitors Axiom Tek Estecom-USA IEI LG Display Touch Revolution
Open Frame/Panel PC Solutions Aaeon Axiom Tek Estecom-USA IEI Technology Landmark Nu Horizons Custom Solutions Touch Revolution Touchscreens Hantouch Touch International Touch Revolution
w w w . n u h o r i z o n s . c o m / d i s p l a y s
Embedded Solutions / Single Board Computers available from Nu Horizons
Offering Embedded Computing Platforms so that
customers have a single, reliable, cost-effective source
to a wide array of CE, FCC & UL certified products.
These products include single board computers,
embedded systems and barebone systems, panel
computers, medical PC, human machine interfaces, and
EEmbedded Single Board Computers, Panel Appliance & Automation Solutions, Industrial System Solutions
SDigital Audio, Video, Sensor Products, Communications, Clock Devices, Power Devices
LS
Magnetic Linear & Angular Position Sensor ICs, Magnetic Digital Position Sensor ICs, Current Sensor ICs, Magnetic Speed Sensor ICs, Motor Driver & Interface ICs, Regulators and Lighting
DE Graphical OS Chips, Display Modules, Boards
SDynamically Programmed Analog Signal Processors (dpASP’s), Field Programmable Analog Array’s (FPAA’s)
SLWireless Sensor Network Protocol and Silicon Solution for Ultra-Low Power Networking Applications
DCCFL and EEFL Inverters, LED Display Products, Passive Display Enhancements
LS Microcontrollers, Touch, Memory, Automotive, Wireless / RF
DCSTN Modules, TFT Modules, Graphic Modules, Character Modules, Capacitive Touch
AC Power and UPS, DC Power, Embedded Power, Surge Protection
DL
CCFL Inverters, Smart Force™ DR, Smart Force™ CCFL, Smart Force™ LED, Smart Force™ EL, Smart Kits, DC Converters
DLCD Controller Solutions, Intelligent Panels, Digital Signage Monitors
LS Communications, Networking, Storage, Interface, Power
P High-efficiency, Low-profile Power Supplies
S Optical Components, Optical Modules
LP
AC-DC Power Supplies, DC-DC Converters, Power Modules, Power Solutions, Power Supplies
SVideo Transport, Optical Modules, Signal Integrity (also see Semtech)
D4 Wire and 5 Wire Analog Resistive, SAW (Surface Acoustic Wave) Touch Screens
SL 802.11 Wi-Fi Modules
SL Development Tools for Embedded Systems
SL High-performance Video Extension and USB Extension Solutions
DE Embedded System, Single Board Computers
LS
DRAM and SRAM Memory, Audio Drivers, Multi-function IO Drivers, LED Drivers, Temperature Sensors
LS
ASICs, Display Products, High Voltage Devices, ICs, Laser Diode Drivers, Optocouplers, Power Products, Pulsed Power Systems, RF Power & Systems, Solar Power Products, Solid State Relays, Telecom Products
D Panels, Display Controllers, Inverters and Adapters
DTFT LCDs, TFT LCD with LED, Touch Screen Solutions, Color Graphic LCDs, Monochrome Graphic LCDs, Character LCDs
DHigh Brightness LCD Modules, Inverters and Open Frame Industrial Monitors
Programmable Clock Devices, Programmable Power Manager Devices, Programmable Logic
L Semiconductor Optical Solutions
L LED Light Engines, Drivers, Modules and Design Services
ESL
Embedded High Definition Camera Design, Digital Video Camera Development, Digital PC Camera Development and High Definition Surveillance System Development
D TFT LCDs, AMOLED, EPD, 3D Displays
LP High Voltage Power Supplies, Low Voltage Power Supplies
LS
Data Conversion, Signal Conditioning, Power Management, Interface, High Frequency & Optical, Timing
AMERICAS SUPPLIER LISTING
D = Displays E = Embedded L = Lighting P = Power S = Semiconductors SL = System-Level D = Displays E = Embedded L = Lighting P = Power S = Semiconductors SL = System-Level
33
S Video Encoders, Transcoders, Decoders, SoCs, Coprocessors
LS
Processors, Storage, Wireless, Switching, Digital Entertainment, Broadband, PC Connectivity, Transceivers, System Controllers, Powerline Communications
LP AC/DC Power Supplies, DC/DC Power Supplies
LS Analog, High Bandwidth, Ethernet, RF Solutions
SDRAM, DRAM Modules, NAND Flash, NOR Flash, Solid State Drives, Phase Change Memory
SMCU & MPU, ASSP, Display Modules, Discretes, Standard ICs, Memory
SL Wireless RF Transmitter, Receiver and Transceiver Modules
LLED Modules/Arrays, LED Tube, Outdoor Lighting, BLU, Automotive, Middle Power LEDs, High Power LEDs, Flash LEDs
S Crystals & Oscillators
SDiodes, Bi-polar and MOSFET Transistors for High Reliability Applications
S
Power Management, ESD Protection, Timing and Synchronization, Optical Transport Equipment (SerDes), HiRel MIL, Low-Power RF, Digital Sensor/Signal Conditioning ICs (also see Gennum)
DLS
LCDs, Lighting, Memory, Optolectronics, Power Devices
S WirelessHD, HDMI, MHL, DVI, Storage, Video Processors
S Mobile Storage, Multimedia SoCs, Mobile Communications
S
Automotive, Wireless Audio, USB, Ethernet & Embedded Networking, PC System and I/O Controllers, Storage, Thermal Management, Capacitive Touch Sensors
POWER SUPPLIESAC-DC Low Power ExcelsysLHV PowerMean WellMurata Power SolutionsN2PowerZippyMedium Power Excelsys LHV Power Mean Well Murata Power SolutionsN2PowerSynQorZippyHigh Power Excelsys GE EnergyLHV Power Mean Well ZippyFront End GE EnergyLHV Power Mean Well Murata Power SolutionsZippyMedical Excelsys LHV Power Mean Well SynQorZippy
DC-DC Industrial Isolated / Industry Standard Bricks /Non-Isolated Point of LoadGE EnergyLHV Power Mean WellMurata Power SolutionsSynQor
Open FrameLHV Power Mean Well N2PowerZippy
Board Level ModulesIntermediate Bus ConvertersGE EnergyMurata Power SolutionsSynQor
Memory & Processor PowerMurata Power Solutions
InfraredSharp Microelectronics
LasersFinisar
LED DisplaysOptrexMurata Power Solutions
LED Arrays / ModulesSamsung LEDSharp Microelectronics
AKM SemiconductorCadekaConexantGennumLapis SemiconductorLattice Magnum
MarvellNuvotonOmnivisionSilicon ImageSilicon Motion ST
AUDIO / VIDEO
DISK / INTERFACESAS/SCSIMarvell
SATA/ATAAtmel Exar MarvellSilicon ImageSMSC
FibreChannelLattice Marvell
Solid StateMicronSilicon MotionSMSC
35
LabCam delivers online training opportunities in a way that recognizes the value of engineers’ time. As easily as You Tube® videos, engineers can quickly load and watch videos from industry leaders consisting of insights on products, evaluation kit overviews, end-user applications and more. Each tutorial is up to ten minutes in length and features technology experts, CEOs and/or peers introducing new solutions or explaining integral aspects of an important product, solution or application. This free value-added program is packaged for short, informative and high quality distance learning.
Nu Horizons is proud to present our education and training program, which offers engineers the opportunity to participate in technical seminars conducted by experts focused on the latest technologies from our leading suppliers. This program provides higher velocity learning to help minimize start-up time to quickly begin your design process utilizing the latest development tools, software and products. Check online for the latest seminar schedule.
In order to simplify the design process, Nu Horizons has created a series of application notes designed to guide engineers through the process of interfacing different devices together. Using a detailed step-by-step approach, these design guides identify key elements in the design process. Topics in the application notes are organized by design task and each topic is a stand-alone section, with a short introduction or overview, followed by the step-by-step design guidelines. All steps include a sufficient level of detail to provide the designer with relevant information to proceed quickly and easily from start to finish.
Nu Horizons offers a wide range of development / evaluation boards, tools and kits featuring the latest technology from the most trusted suppliers in the industry. Visit the development tool section of our website for a variety of solutions all aimed at providing a low-cost solution for designers to accelerate a product’s time-to-market.
www.nuhorizons.com/labcam
www.nuhorizons.com/seminars
www.nuhorizons.com/appnotes
Application Notes
DevelopmentTools
www.nuhorizons.com/devtools
Portal is a quarterly publication containing new products, technologies and development tools available from Nu Horizons leading suppliers. Portal is availabe both in print and on the web. Sign up online to receive your copy, be notified of upcoming issues or to request samples of the products found inside.
www.nuhorizons.com/portal
enhance Your design...wiTh nu horizons educaTion and deveLoPmenT soLuTions
