Application - File

MIP 1/2008 

Marketing Innovative Products

2 MIP Edition 1/2008 

Contents by Manufacturer 

DK-N2EVAL-3C25N, Nios ® II Embedded Evaluation Kit – Cyclone ® III Edition . . . . . . . . . . 6 

DK-DEV-3C120N, Cyclone ® III Development Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 

Cyclone ® III and Stratix ® III, Complete Low-Power FPGA Portfolio . . . . . . . . . . . . . . . . . . . 8 

AT91SAM9263, ARM926EJ-S Based Processor with LCD Controller . . . . . . . . . . . . . . . . .10 

ATMEGA64/128/256 + Z-Link RF230, ZigBee Bundle . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12 

ATA 8401/2/3, Radio-Transmitter for ISM Band with ESD Protection . . . . . . . . . . . . . . . . .13 

ACPL-H312, The World´s Smallest 2 .5 A Gate Drive Optocoupler with 7 mm Clearance .14 

SPFEIM100G, Consumer Fast Ethernet Transceiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15 

ALM-2812, Dual-Band 2 .4-2 .5 GHz & 4 .9-6 GHz WLAN Low-Noise Amplifier . . . . . . . . . .16 

ASMT-Mxxx Moonstone, 3 W White LED with Diffusing Layer 

and 1 W Cold and Warm White LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .17 

ADJD-WMxx and ADJD-YMxx, Moonstone High-Power LED Modules . . . . . . . . . . . . .18 

ScrollWheel Add-On Board, For ChameleonARM, DBC2C20 and COBRA5329 . . . . . . . . 20 

Pyxos Add-On Board, For ChameleonARM, DBC2C20 and COBRA5329 . . . . . . . . . . . . . .21 

i .LON SmartServer - 72101R-400, SmartServer to Integrate Diverse Networks . . . . . . . 22 

FGH30N60LSD, Low V CE(SAT) (1 .1 V), 30 A, 600 V IGBT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 

FSFR2100, Fairchild Power Switch (FPS) for Half-Bridge Resonant Converter . . . . . . . . . . . . .24 

FSQ0x65, FSQ321 and FSQ311, Green FPS Power Switch for Valley Switching 

Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 

FAN322x, Dual 2 A, High-Speed, Low-Side Gate Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . 26 

MPC8377/78/79, Power Architecture e300 Two Gig-Ethernet, PCI Express, 

PCI, 4 SATA Processor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 

MPC8315E, Low Cost PowerQUICC II Pro . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .28 

MCF5221x/MCF5223x/MCF51QE32, The ColdFire Family offers New Connectivity 

and Low-Power Derivatives . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 

MC9S08JM/MCF51JM, Flexis Series with USB Device . . . . . . . . . . . . . . . . . . . . . . . . . . .31 

MC9S08SH8, 8-Bit HCS08 Low-End MCU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 

MMA7455L, ±2/4/8 g XYZ-Axis Digital Output Accelerometer . . . . . . . . . . . . . . . . . . . . . 33 

MPR08x, Capacitive Sensor for Key and Scroll Pad Applications . . . . . . . . . . . . . . . . . . . 34 

DevCom 03, High Performance ZigBee-Ready Wireless Module . . . . . . . . . . . . . . . . . . . 35 

MB96F356, High-Performance 16-Bit Flash MCU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 

MB86R01 “JADE”, Graphic Controller Plus ARM9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37 

MB86277 “MINT”, Fujitsu´s Latest Low-End Graphics Controller . . . . . . . . . . . . . . . . . . . 38 

SAF-XE164 and SAF-XE167, Real Time Signal Controller XE164/XE167 . . . . . . . . . . . . . . 40 

SAx-XC88x, FOC (Field Oriented Control) with XC88x . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42 

SMM310, Miniature Silicon MEMS Microphone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 

OptiMOS-T 40 V N-channel MOSFET, New 40 V Portfolio for High Current D 2 PAK 

and DPAK Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44 

ISL28194 and ISL28195, Micropower Operational Amplifiers . . . . . . . . . . . . . . . . . . . . . . 45 

ISL8540/8560, 40/60 V High Input Voltage Integrated 2 A Buck Converter . . . . . . . . . . . 46 

ISL3159E, 40 Mbps 5 V PROFIBUS RS485/422 Transceiver . . . . . . . . . . . . . . . . . . . . . . . . .47

IS61WV51232, High Speed CMOS Static RAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 

LM34917, Ultra High Density High Voltage Switching Regulator . . . . . . . . . . . . . . . . . . . 49 

LM3431, 3-Channel Constant Current LED Driver with Integrated Boost Controller . . . 50 

LM27313, 1 .6 MHz Boost Converter with 30 V Internal FET Switch in SOT-23 . . . . . . . . . .51 

LM20k, Family of PowerWise ® Synchronous Buck Regulators . . . . . . . . . . . . . . . . . . . . . 52 

LMX 9838, Complete Bluetooth Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53 

LM4562, LME49710 and LME49740, High Performance Single, Dual and Quad Audio 

Operational Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 

LPC291x, High-Performance ARM968E-S Processor . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 

KMA200, Programmable Angle Sensor System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56 

PCF2128, Real Time Clock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 

NCP3102, 10 A Synchronous PWM Regulator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 

NCP3065/NCV3065, 1 .5 A Constant Current Switching Regulator for LEDs . . . . . . . . . . 59 

NCP4302, Synchronous Rectification Controller for Flyback SMPS . . . . . . . . . . . . . . . . . 60 

NCP1351, Variable Off-Time, Current Mode Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . .61 

LR W5AP, LA W5AP, LY W5AP, LT W5AP, LB W5AP, LD W5AP, Diamond DRAGON ® . . . 62 

LR T68F, LY T68F, Red and Yellow TOPLED Enhanced InGaAlP Thinfilm with 

Black Surface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63 

SFH7710, SMD Orientation-Sensor with Digital Output . . . . . . . . . . . . . . . . . . . . . . . . . . . 64 

SFH5711, High Accuracy Ambient Light Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65 

S3C6400, Low-Power, High-End ARM ® 11 Application Processor with 

Multimedia Performance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 

S30ML-P Family, Small-Page ORNAND Flash Family . . . . . . . . . . . . . . . . . . . . . . . . . . . 67 

STM32, ARM ® Cortex-M3 MCU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 

STM3210B-MCKIT, STM32 Motor Control Starter Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 

VNI4140K, Quad High-Side Driver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71 

SN250/260, Single–Chip ZigBee/802 .15 .4 Solution . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72 

TMS320C6424, Best Cost/Performance DSP in the Market . . . . . . . . . . . . . . . . . . . . . . . . 73 

TMS320DM355, Digital Media System-on-Chip . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .74 

MSP430F241x/F261x, 16-Bit Ultra Low Power Flash Microcontrollers . . . . . . . . . . . . . . . 75 

CC111x Series, RF Transceiver with MCU, AES128 and USB . . . . . . . . . . . . . . . . . . . . . . . .76 

TPS5450, 5 .5 . . .36 V Input, 5 A Step Down Converter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77 

ISO7240, Quad Digital Isolators with 1, 25 and 150 Mbps . . . . . . . . . . . . . . . . . . . . . . . . . 78 

TB6582FG, Single-Chip Sensorless Sine Wave ASSP for BLDC Motors . . . . . . . . . . . . . 79 

TPD4122K, The Next Generation of Single Chip Inverter ICs . . . . . . . . . . . . . . . . . . . . . . . 80 

TMP92CF29, 32-Bit Microcontroller with Color LCD Controller . . . . . . . . . . . . . . . . . . . . . .81 

TL12W01-D(T30), 30 Lumen High Power White LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82 

VLMW41, High Intensity White SMD PLCC-2 LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83 

SiE808DF, New PolarPAK TrenchFET ® . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84 

MIP Edition 1/2008 

3 

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Microcontrollers and Peripherals 

Atmel 


AT91SAM9263, 

ARM926EJ-S Based Processor with LCD Controller 

Contents by Application 

Atmel ATMEGA64/128/256 + Z-Link RF230, ZigBee Bundle 12 

EBV/ 

Echelon 

Freescale 

Pyxos Add-On Board, 

For ChameleonARM, DBC2C20 and COBRA5329 

MCF5221x/MCF5223x/MCF51QE32, The ColdFire Family 

offers New Connectivity and Low-Power Derivatives 

Freescale MC9S08JM/MCF51JM, Flexis Series with USB Device 31 

Freescale MC9S08SH8, 8-Bit HCS08 Low-End MCU 32 

Freescale/ 

Develco 

DevCom 03, High Performance ZigBee-Ready Wireless Module 35 

Fujitsu MB96F356, High-Performance 16-Bit Flash MCU 36 

Fujitsu MB86R01 “JADE”, Graphic Controller Plus ARM9 37 

Fujitsu MB86277 “MINT”, Fujitsu´s Latest Low-End Graphics Controller 38 

Infineon 

SAF-XE164 and SAF-XE167, 

Real Time Signal Controller XE164/XE167 

Infineon SAx-XC88x, FOC (Field Oriented Control) with XC88x 42 

NXP PCF2128, Real Time Clock 57 

ST STM32, ARM ® Cortex-M3 MCU 68 

Texas 

MSP430F241x/F261x, 

16-Bit Ultra Low Power Flash Microcontrollers 

Toshiba TMP92CF29, 32-Bit Microcontroller with Color LCD Controller 81 

Power Discretes and Modules 

Fairchild FGH30N60LSD, Low V CE(SAT) (1 .1 V), 30 A, 600 V IGBT 23 

Fairchild FAN322x, Dual 2 A, High-Speed, Low-Side Gate Drivers 26 

Infineon 

OptiMOS-T 40 V N-channel MOSFET, New 40 V Portfolio for 

High Current D 2 PAK and DPAK Applications 

Toshiba TPD4122K, The Next Generation of Single Chip Inverter ICs 80 

Vishay SiE808DF, New PolarPAK TrenchFET ® 84 

10 

21 

30 

40 

75 

44 

Memory 

Issi IS61WV51232, High Speed CMOS Static RAM 48 

Spansion S30ML-P Family: Small-Page ORNAND Flash Family 67 

Power Conversion and Management 

Fairchild 

Fairchild 

Intersil 

Logic and Interface 

Altera 

DK-N2EVAL-3C25N, Nios ® II Embedded Evaluation Kit – 

Cyclone ® III Edition 

Altera DK-DEV-3C120N, Cyclone ® III Development Kit 7 

Altera 

FSFR2100, 

Fairchild Power Switch (FPS) for Half-Bridge Resonant Converter 

FSQ0x65, FSQ321 and FSQ311, 

Green FPS Power Switch for Valley Switching Converters 

ISL8540/8560, 

40/60 V High Input Voltage Integrated 2 A Buck Converter 

NSC LM34917, Ultra High Density High Voltage Switching Regulator 49 

NSC 

NSC 

LM3431, 3-Channel Constant Current LED Driver 

with Integrated Boost Controller 

LM27313, 1 .6 MHz Boost Converter 

with 30 V Internal FET Switch in SOT-23 

NSC LM20k, Family of PowerWise ® Synchronous Buck Regulators 52 

ON NCP3102, 10 A Synchronous PWM Regulator 58 

ON 

ON 

NCP3065/NCV3065, 1 .5 A Constant Current Switching Regulator 

for LEDs 

NCP4302, Synchronous Rectification Controller for Flyback 

SMPS 

ON NCP1351, Variable Off-Time, Current Mode Controller 61 

ST VNI4140K, Quad High-Side Driver 71 

Texas TPS5450, 5 .5 . . .36 V Input, 5 A Step Down Converter 77 

Toshiba 

TB6582FG, Single-Chip Sensorless Sine Wave ASSP for BLDC 

Motors 

Toshiba TPD4122K, The Next Generation of Single Chip Inverter ICs 80 

Cyclone ® III and Stratix ® III, Complete Low-Power FPGA 

Portfolio 

24 

25 

46 

50 

51 

59 

60 

79 

6 

8

Optoelectronics 

Avago 

Avago 

Avago 

Osram 

Osram 

Contents by Application 

ACPL-H312, The World´s Smallest 2 .5 A Gate Drive Optocoupler 

with 7 mm Clearance 

ASMT-Mxxx Moonstone, 3 W White LED with Diffusing Layer 

and 1 W Cold and Warm White LED 

ADJD-WMxx and ADJD-YMxx, Moonstone High-Power LED 

Modules 

LR W5AP, LA W5AP, LY W5AP, LT W5AP, LB W5AP, LD W5AP, 

Diamond DRAGON ® 

LR T68F, LY T68F, Red and Yellow TOPLED Enhanced InGaAlP 

Thinfilm with Black Surface 

Osram SFH7710, SMD Orientation-Sensor with Digital Output 64 

Osram SFH5711, High Accuracy Ambient Light Sensor 65 

Toshiba TL12W01-D(T30), 30 Lumen High Power White LED 82 

Vishay VLMW41, High Intensity White SMD PLCC-2 LED 83 

Data Conversion and Linear 

Intersil ISL28194 and ISL28195, Micropower Operational Amplifiers 45 

NSC 

LM4562, LME49710 and LME49740, High Performance Single, 

Dual and Quad Audio Operational Amplifiers 

Texas ISO7240, Quad Digital Isolators with 1, 25 and 150 Mbps 78 

Sensors 

EBV/ 

Avago 

ScrollWheel Add-On Board, For ChameleonARM, DBC2C20 and 

COBRA5329 

Freescale MMA7455L, ±2/4/8 g XYZ-Axis Digital Output Accelerometer 33 

Freescale MPR08x, Capacitive Sensor for Key and Scroll Pad Applications 34 

Infineon SMM310, Miniature Silicon MEMS Microphone 43 

Osram SFH7710, SMD Orientation-Sensor with Digital Output 64 

Osram SFH5711, High Accuracy Ambient Light Sensor 65 

14 

17 

18 

62 

63 

54 

20 

DSP and Microprocessors 

Freescale 

Wireless Communications 

Atmel ATMEGA64/128/256 + Z-Link RF230, ZigBee Bundle 12 

All statements are without any engagement . Subject to modifications and amendments . The Development Board is only designed for testing or evaluation purposes . 

Atmel 

Avago 

Freescale/ 

Develco 

Wired Communications 

Avago SPFEIM100G, Consumer Fast Ethernet Transceiver 15 

EBV/ 

Echelon 

Echelon 

MPC8377/78/79, Power Architecture e300 Two Gig-Ethernet, 

PCI Express, PCI, 4 SATA Processor 

Freescale MPC8315E, Low Cost PowerQUICC II Pro 28 

NXP LPC291x, High-Performance ARM968E-S Processor 55 

Samsung S3C6400, Low-Power, High-End ARM® 11 Application Processor 

with Multimedia Performance 

Texas TMS320C6424, Best Cost/Performance DSP in the Market 73 

Texas TMS320DM355, Digital Media System-on-Chip 74 

ATA 8401/2/3, Radio-Transmitter for ISM Band with ESD 

Protection 

ALM-2812, Dual-Band 2 .4-2 .5 GHz & 4 .9-6 GHz WLAN Low-Noise 

Amplifier 

DevCom 03, High Performance ZigBee-Ready Wireless Module 35 

NSC LMX 9838, Complete Bluetooth Module 53 

ST SN250/260, Single–Chip ZigBee/802 .15 .4 Solution 72 

Texas CC111x Series, RF Transceiver with MCU, AES128 and USB 76 

Pyxos Add-On Board, For ChameleonARM, DBC2C20 and 

COBRA5329 

i .LON SmartServer - 72101R-400, SmartServer to Integrate 

Diverse Networks 

Intersil ISL3159E, 40 Mbps 5 V PROFIBUS RS485/422 Transceiver 47 

27 

66 

13 

16 

21 

22 


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DK-N2EVAL-3C25N 

Nios ® II Embedded Evaluation Kit – 

Cyclone ® III Edition 

Francisco Pérez, EBV Esplugues de Llobregat (Barcelona) 

Cyclone ® III devices have a lot of 

features which make them suitable 

for the most flexible and powerful 

designs, like remote system 

upgrade and video processing . 

These features, as well as, the 

Nios ® II soft processor can help you 

designing exciting new products . 

This kit comes with an EP3C25 

FPGA (providing 24624 Logic 

Elements) and offers a lot of 

interfaces dedicated to multimedia 

and networking applications . An 

on-board touch screen LCD panel 

and audio/video interfaces support 

the development of graphical user 

interfaces, remote control units, 

etc . The kit includes several demos 

(stored on an SD card) that easily 

can be upgraded by the customer 

to extend capabilities . The software 

tutorials and examples included 

with the kit come with full source 

code showing applications such as 

Picture Viewer, Web Server, C-to- 

Hardware (C2H) acceleration and 

graphics . Altera provides access to 

a dedicated website to download 

new contents for this kit . 

http://www .altera .com/support/ 

examples/nios2/exm-nios2 .html 

Kit Contents 

Cyclone III Starter Board 

• Cyclone III EP3C25F324 FPGA 

• 32 Mbytes of DDR SDRAM 


• 1 Mbyte of Synchronous SRAM 

• 16 Mbytes of Intel P30/P33 flash 

• Six user controlled push buttons 

• Seven user controlled LEDs 

LCD Daughtercard 

• Color LCD touch-screen display, 

800 x 480 resolution 

• 24-bit CD-quality Audio CODEC 

with line-in, line-out and 

microphone-in jacks 

• 10/100 Ethernet physical layer/ 

media access control (PHY/MAC) 

connectors 

• VGA output 

• Composite TV-in 

• Audio-out, audio-in and 

microphone-in 

• Secure digital (SD) card 

• Serial connector 

(RS-232 DB9 port) 

• PS/2 

• Ethernet connector (RJ-45) 

Tools and Support 

• Nios II Evaluation Kit CD-ROM 

Example applications: 

• Application selector 

• Picture viewer 

• Mandelbrot acceleration with 

the Nios C2H compiler 

• Web server/remote FPGA 

configuration 

• Hardware tutorials 

• Create an FPGA design in 

one hour 

• Build a 32-bit soft processor 

system inside an FPGA 

• Software tutorials 

• Complete documentation 

• Cables and accessories 

• Altera Complete Design Suite 

DVD (Free): 

• Quartus ® II Web Edition (FPGA 

design software) 

• ModelSim ® -Altera Web Edition 

(FPGA simulation software 

from ModelSim) 

• Nios II Embedded Design 

Suite (32-bit microprocessor 

software) 

• MicroC/OS-II real-time 

operating system evaluation 

• Nios II C-to-Hardware 

acceleration compiler evaluation 

• NicheStack TCP/IP Network Stack 

– Nios II Edition evaluation 

• MegaCore ® IP Library (Library 

of intellectual property cores) 

• www .altera .com/products/devkits/ 

altera/kit-cyc3-embedded .html 

Ordering Code 



€ 275.-

DK-DEV-3C120N 

Cyclone ® III Development Kit 

Claire Huckerby, EBV Wootton Bassett 

The latest addition to Altera ® ’s 

development kit portfolio is based 

on the largest Cyclone ® III FPGA, the 

EP3C120 . This device has 120,000 

logic elements with 3 .9 Mbytes 

memory and 244 18 x 18-multipliers . 

Not only are the Cyclone III family 

members the first low-cost FPGAs 

based on 65 nm technology, they 

also offer an unprecedented 

combination of low power, 

high functionality and low 

cost . Whether this kit is to be 

used for consumer, wireless 

communications, video processing 

or automotive applications – it will 

help to dramatically improve the 

design and verification stages of 

projects . The kit comes with the 

latest version of Quartus ® II and 

ModelSim ® Web Edition, as well as, 

a comprehensive documentation 

CD containing a quick start 

user guide, reference manual, 

schematics, PCB specifications and 

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BOM . As always, Altera provides 

reference designs, for example: My 

First FPGA, power measurement 

and Nios ® II . Altera plans to bring 

out DSP and Video development 

kits using this kit as the basis . 

Key Features 

• EP3C120F780C7N FPGA 

• 256 Mbytes dual-channel DDR2 

SDRAM, 8 Mbytes SSRAM, 

64 Mbytes Flash 

• MAX ® II CPLD + Flash passive 

serial configuration 

• On-board USB-Blaster using 

Quartus II Programmer 

• USB 2 .0 

• FTDI 12 Mbits/s PHY Option 1 

• Cypress 480 Mbits/s PHY Option 2 

• 10/100/1000 Ethernet 

• Two loop back and one debug 

header HSMCs included 

• Power consumption display 

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• System reset, JTAG bypass, user 

reset, user pushbuttons (x4), user 

DIP switch (x8), user LEDs (x8), 

user 7-segment display 

• Speaker header 

• 128 x 64 OLED display and 

16 character x 2 line LCD display 

• SMA input, SMA output 

• 14 V-20 V DC Input 

• On-board power measurement 

circuitry 

• 19 .8 W per HSMC interface 

Applications 

• Video processing 

• Consumer 

• Automotive 

• Wireless communications 

Tools 

DK-DEV-3C120N 

€ 1,035.- 

• Quartus II v7 .2 Web Edition 

• ModelSim Altera Web Edition 

• Nios II Evaluation License 

Other Information 

• Order code: DK-DEV-3C120N 


7 

AlterA


100-up price 

EP3C5F256C8N 

€ 9.75 

100-up price 

EP3C10F256C8N 

€ 15.25 

Cyclone ® III and Stratix ® III 

Complete Low-Power FPGA Portfolio 

Amar Abid-Ali, EBV Maidenhead 

As portable applications and 

products increase in the market, so 

do the challenges to get FPGAs and 

CPLDs to consume less power . 

Altera’s recent offerings with the 

third generation Cyclone ® III and 

Stratix ® III FPGAs address the 

power challenges in portable, low 

cost and high end designs . Portable 

applications present numerous 

challenges for the design engineer, 

the design has to be low power yet 

functionally powerful, cost effective 

yet highly flexible, has to be 

comparatively easy to implement 

yet covering complex applications . 

There were many fragmented 

answers to these challenges in the 

past; Altera’s latest PLD families 

address all of these issues . 

Altera’s low cost Cyclone III 

FPGAs are based on a 65 nm low 

power process from TSMC . The 

transistors in these devices have 

multiple threshold voltages, variable 

channel lengths and variable gate 

Cyclone ® III 

Devices 

LEs 

M9K 

Memory 

Blocks 

Total 

Memory 

(Mbits) 

thicknesses used for non-speed 

critical transistors . The smaller 

process and these transistor 

techniques give Cyclone III up 

to 50% lower power advantage 

over previous Cyclone devices . 

Stratix III devices represent a 

major evolutionary step in power 

management by using a smaller die 

geometry (65 nm), Selectable core 

voltage (0 .9/1 .1 V), programmable 

power technology and Dynamic 

Onchip Termination . Both the static 

and dynamic power consumption 

of these devices have been reduced 

significantly . All of the core blocks 

18 x 18 

Multipliers 

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PLLs Global clocks 

EP3C5 5,136 46 0.4 23 2 10 

EP3C10 10,320 46 0.4 23 2 10 

EP3C16 15,408 56 0.5 56 4 20 

EP3C25 24,624 66 0.6 66 4 20 

EP3C40 39,600 126 1.1 126 4 20 

EP3C55 55,856 260 2.3 156 4 20 

EP3C80 81,264 305 2.7 244 4 20 

EP3C120 119,088 432 3.9 288 4 20 

Cyclone III FPGA overview 

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100-up price 

EP3C25F256C8N 

€ 28.95 

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such as ALM, memories and DSP 

have been completely redesigned 

for the 65 nm technology . All of the 

operational modes have also been 

optimised for AC (least amount of 

switching activity) and for DC for all 

unused circuitry . 

To utilize the power efficient 

resources of these PLDs, synthesis 

and Place & Route tools need to 

apply appropriate algorithms . For 

both Cyclone and Stratix series 

FPGAs, the Quartus ® II design 

software supports power driven 

compilation . 

Altera’s innovative design solutions 

combine optimized process 

technology with robust tool 

support, enabling design engineers 

to implement highly flexible, low 

power electronic systems for all 

kind of applications . 

Committed to support lowpower 

application designs, Altera 

recently introduced the zero-power 

MAX ® IIZ family .

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Zero-power MAX IIZ CPLDs offer 

the same non-volatile, instant-on 

advantages found in low-cost 

MAX II CPLDs and are applicable 

to a wide range of functions . These 

Stratix ® III 

Family 

Stratix III L 

Stratix III E 

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CPLDs will be offered in a 6 mm 

x 6 mm small form factor MBGA 

package, first components will be 

available in Q2 2008 . Users can 

start designing today – the mature 

Device ALMs Equiv. LEs Regs M9 K Blocks M144 K Blocks 

MAX II and MAX IIG CPLDs are 

pin compatible and functionally 

equivalent with MAX IIZ! 


100-up price 

EP3SL150F1152C4NES 

€ 1,545.- 

• Consumer and handheld 

applications 

(MAX IIZ/Cyclone III) 

• High-end industrial and 

medical equipment 

• Broadcast, audio and 

video 

• Military and aerospace 

Altera and EBV offer a wide 

range of CPLD and FPGA based 

development kits to accelerate 

the design process . These kits 

contain everything an engineer 

needs to create and implement 

a design in hours . 

Embedded 

Memory 

(Kbits) 

MLAB 

(Kbits) 

Max 18 x 18 

Multipliers 

EP3SL50 19 k 48 k 38 k 108 6 1,836 594 216 

EP3SL70 27 k 68 k 54 k 150 6 2214 844 288 

EP3SL110 43 k 107 k 86 k 275 12 4203 1,331 288 

EP3SL150 57 k 142 k 114 k 355 16 5,499 1,775 384 

EP3SL200 80 k 199 k 160 k 468 24 7,668 2,486 576 

EP3SE260 * 102 k 254 k 204 k 864 48 14,688 3,180 768 

EP3SL340 135 k 338 k 270 k 1,040 48 16,272 4,225 576 

EP3SE50 19 k 48 k 38 k 400 12 5,328 594 384 

EP3SE80 32 k 80 k 64 k 495 12 6,183 1,000 672 

EP3SE110 43 k 107 k 86 k 639 16 8,055 1,331 896 

EP3SE260 102 k 254 k 204 k 864 48 14,688 1,331 768 

* ) The EP3SE260 device (a Stratix III E family variant) provides optimum logic, DSP and memory for this device density . 

Stratix III Logic rich and enhanced device overview 


9 

AlterA

AT91SAM9263 

ARM926EJ-S Based Processor 

with LCD Controller 

Daniel Pires, EBV Antony (Paris) 

If you are looking for a high 

performance device with the ability 

to drive large LCD screens and still 

having enough processing power 

left to do your application, the 

AT91SAM9263 is the right device 

for you . 

This device is based on a high 

power ARM926EJ-S core . It gives 

a high level of performance due to 

16 Kbytes of data cache, 16 Kbytes 

of instruction cache, a 5 stage 

pipeline, DSP instructions and 

java acceleration thru Jazelle 

technology . 

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The AT91SAM9263 offers 220 Mips 

@ 200 MHz . One of the key features 

of this device is its LCD controller, 

supporting STN and TFT panels 

with up to 24 bits color depth and 

2048 x 2048 pixels . 

To make this device suitable for 

electronic equipment with LCD 

screens some additional features 

like a 2D DMA controller for 

management of virtual frame 

buffer and a 2D graphics controller 

offering line draw, block transfer, 

polygon fill and clipping are 

included . 

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Block diagram 

AT91SAM9263 

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100-up price 

AT91SAM9263-CU 

€ 13.- 

AT91SAM9263-EK 

€ 840.- 

The biggest issue managing a 

screen is the memory bandwidth, 

many devices are penalized by 

the inner architecture in which all 

the available performance is 

used for image handling . In the 

case of the AT91SAM9263, the 

architecture has been designed 

in order to maximize the memory 

bandwidth . 

The microcontroller integrates a 

nine 32-bit layer matrix, allowing 

a total of 28 .8 Gbps of on-chip bus 

bandwidth, 80 Kbytes of internal 

SRAM single cycle access at 

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maximum speed, DMA channels 

and two external memory busses, 

EBI0 and EBI1, capable of interfacing 

a wide range of different memory 

devices, guaranteeing maximum 

performance . The AT91SAM9263 

has not only a powerful core, it 

also offers the complete range of 

interfaces to communicate with 

the outside world . Those interfaces 

include SPI, UART, USB Host/ 

Device, CAN, Ethernet, many GPIO 

and a JTAG interface for debuging 

purposes . In addition to that, an 

MMU is also available in order to 

support a wide range of operating 

system . The block diagram shows 

the complete AT91SAM9263 

architecture with all available 

peripherals . The device is available 

in a 15 x 15 mm TFBGA package . 

Features 

• 9 layer AHB matrix (28 .8 Gbps of 

on-chip bus bandwidth) 

• EBI supporting SDRAM, static 

memory, ECC-enabled NAND 

Flash and CompactFlash 

• 18 peripheral DMA controller 

channels (PDC) 

• Ethernet MAC 10/100 Base-T 

• Image sensor interface 

• Passive STN or active TFT 

(B&W or color, color depth 

up to 24 bit/pixel) 

• Battery backup mode with real 

time timer (down to 2 .5 μA) 

• 2D graphics accelerator 

• 2 USB Host v2 .0 full speed 

(12 Mbps) – with transceiver 

• USB Device v2 .0 full speed 

(12 Mbps) – with transceiver 

• 2 SSCs supporting I 2 S 

and TDM 

• 2 SPI, 2 MCI 

(SDCard and MMC compliant) 

• TWI 

• 3 USARTs, supporting IrDA, 

ISO7816 T=0/T=1, RS485, 

• 1 UART, AC97, CAN 2 .0A/B, 

PWM 

• 160 GPIO 

• JTAG, Boundary Scan and 

Embedded Trace Module 

• Industrial operating 

temperature 

(-40 . . .+85 °C) 

• BGA324 RoHS package 

Tools 

The AT91SAM9263 is supported 

by the AT91SAM9263 Evaluation 

Board (AT91SAM9263-EK) and 

extensive third-party development 

tools . It supports both Linux and 

Windows CE . The JTAG Emulator 

is the AT91SAM-ICE, which 

supports all AT91SAM devices . 


• Networked medical monitoring 

equipment 

• GPS navigation system 

• Hand-held equipment with 

graphical interface 


11 

AtMel

ATMEGA64/128/256 + Z-Link RF230 

ZigBee Bundle 

Matthias Fiebig, EBV Poing 

A wireless application is based on 

three components, a micro controller, 

a radio and software . AVR Z-Link 

combines the AT86RF230 radio, 

an AVR microcontroller and highly 

efficient software . With its efficient 

core and excellent peripherals, it 

is the perfect match for wireless 

applications . Not only does Atmel`s 

hardware offer significant benefits, 

the agreements with AirBee Wireless, 

Crossbow Technologies, Daintree 

Networks and the new Atmel/ 

MeshNetics union, are extremely 

advantageous for customers getting 

customized software . This third 

party approach allows designers to 

get to market faster at lower cost . 

AVR Z-Link offers free example 

code, free IEE 802 .15 .4 MAC and free 

ZigBee stacks to shorten time to 

market . To build a complete system a 

microcontroller is needed, therefore 

Atmel is offering a bundle of the 

AT86RF230 radio device and the AVR 

microcontroller (ATmega): 

AT86RF230 

This transceiver is a low-power, 

high-sensitivity 2 .4 GHz transceiver . 

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Z-Link platform approach 


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100-up price 

ATMEGA64RZAV-10AU 

€ 6.60 

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100-up price 

ATMEGA256RZAV-8AU 

€ 11.30 

The -101 dBm receiver sensitivity 

and -3 dBm transmit power give 

it the highest link budget of any 

802 .15 .4 radio on the market today . 

The AT86RF230 has a line-of-sight 

range which is up to 2 .8 times higher 

than competing radios, reducing 

the total number of nodes required 

in the network and cutting 802 .15 .4 

system cost by as much as 60% . 

ATmega 

The microcontroller (AVR family) 

with flash memory densities 

ranging from 1 . . .256 Kbytes, 

enables you to choose from a large 

number of devices to find the one 

suited for your design . With its 

fast core and rich peripheral set, 

the AVR will be able to offer both 

wireless communication as well as 

running the main application . 

Key Features 

• 2 .4 GHz AT86RF230 radio 

• AVR microcontroller 

(64/128/256 Kbytes) 

• ZigBee compliant software stack 

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ATAVRRZ502 

€ 75.- 

• Lowest TX current (

ATA 8401/2/3 

Radio-Transmitter for ISM Band 

with ESD Protection 

Bernd Rodig, EBV Burgwedel 

Atmel’s Radio-Transmitter family 

has three new members which 

individually cover a sub-band within 

the frequency range below 1 GHz . 

These UHF transmitters are usable 

for modulation schemes like ASK/ 

FSK, they offer enhanced outputpower 

capabilities and are dedicated 

to industrial applications (reflecting 

Atmel’s T575x series) . Each part is 

a fully integrated PLL transmitter . 

This part can be used to build a 

very simple, low-cost RF miniature 

transmitter . The VCO is locked to 

64 × f XTAL , this means that for an 

868 .3 MHz transmitter a 13 .5672 MHz 

crystal is needed . All other PLL 

and VCO peripheral elements are 

integrated . The crystal oscillator 

together with the PLL typically 

needs less than 1 ms to lock the 

PLL . A waiting time of at least 4 ms 

must be met before the CLK can be 

used for the microcontroller and 

the PA is switched on . The power 

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Block diagram 

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Transmitter 

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100-up price 

ATA8401-6AQY 

€ 0.71 

amplifier is an open-collector output 

delivering a current pulse, which is 

nearly independent from the load 

impedance . The delivered output 

power is therefore controllable 

via the connected load impedance 

(Z Load ) by supplying a voltage from 

2 .0 . . .4 .0 V . 

Key Features 

• Integrated PLL loop filter 

• ESD protection also at ANT1/ 

ANT2 (4 kV HBM, 200 V MM; 

except pin 2: 4 kV HBM, 100 V MM) 

• CLK output for clocking the 

microcontroller 

• All parts are pin and functional 

compatible 

• TSSOP8L, small SMT package 


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• Industrial steering and control 

• Low power telemetry systems 

• Remote keyless entry (RKE), 

remote controls/garage door 

openers 

100-up price 

ATA8402-6AQY 

€ 0.71 

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• Automatic meter reading 

• Home entertainment, toys 

• Alarm and security systems 

• General digital data transmission 

• Home and building automation 

Major Benefits 

100-up price 

ATA8403-6AQY 

€ 0.71 

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• Faster time to market 

• Designing made easy due to 

excellent isolation of the PLL from 

the PA and power supply 

• Single-ended antenna output 

with high efficient power 

amplifier 

• One-chip RF-solution with 

minimum external circuitry 

Support, Tools and 

Useful Links 

Beside the proven software and 

tools, a couple of additional designsupport 

documentation, application 

notes as well as boards and Dev-Kits 

are available via the following link: 

http://www .atmel .com/products/ 

smartrf/ 


13 

AtMel

ACPL-H312 

The World´s Smallest 2.5 A Gate Drive 

Optocoupler with 7 mm Clearance 

Birgit Ziegler, EBV Poing 

The ACPL-H312 sets a new standard 

for 2 .5 A gate drive optocouplers . 

This compact and integrated 

product is packed into a stretched 

SO-8 package which is 40% 

smaller than conventional dualinline 

packages (DIP) and at the 

same time meets 7 mm clearance 

requirements . 

ACPL-H312 effectively addresses 

isolation needs where space and 

efficiency is a premium, such 

as in IGBT/power MOSFET gate 

drives, AC and brushless DC motor 

drives, industrial inverters, air 

conditioners, washing machines 

and switching power supplies . 

The IC supply current consumption 

of 3 .0 mA allows design engineers 

to use a bootstrap power supply 

design . A UVLO function prevents 

application malfunction . 


The common mode rejection (CMR) 

rating of 15 kV/μs ensures reliable 

operation in noisy environments . 

Avago’s ACPL-H312 meets 7 mm 

creepage and clearance and 

satisfies (pending approval) 

all major opto-isolation safety 

standards, such as UL, CSA, IEC/ 

EN/DIN EN 60747-5-2 . 

Features 

• Smallest 2 .5 A gate drive package 

on the market 

• 3 mA supply current 

(bootstrappable) 

Ordering Information 

Device Package Option 

ACPL-H312-000E SS08 

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• Undervoltage lockout (UVLO) 

protection 

• 100 ºC maximum operating 

temperature 

• High CMR of 15 kV/μs at 

V cm = 1500 V 


ACPL-H312-060E SS08 DIN EN60747-5-2 

ACPL-H312-500E SS08 Tape & Reel 

100-up price 

ACPL-H312-000E 

€ 0.91 

• Motor drives 

• Consumer drives, HVAC-systems, 

washing machines, etc 

• Uninterruptible power supplies 

• Renewable energy systems like 

solar inverters, etc . 

• Switching power supplies 

ACPL-H312-560E SS08 Tape & Reel, DIN EN60747-5-2 

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SPFEIM100G 

Consumer Fast Ethernet Transceiver 

Anders Ruben Andreassen, EBV Åbyhøj 

SPFEIM100G is an 8-pin optical 

transceiver . This highly integrated 

CMOS IC combines a high speed 

photodiode and LED to receive and 

transmit up to 125 Mbps optical 

data . This device is designed for 

low-cost POF (Plastic Optical Fibers) 

for home consumer applications . 

As the number of IPTVs grows, 

the demand for simple and cost 

efficient solutions for streaming 

video is also increasing . 

SPFEIM100G supports extremely 

easy fiber installation and 

high quality of service needed 

for HD-video streaming . The 

transmissions length is up to 50 m 

using a fiber with NA = 0 .5 and an 

attenuation of 0 .2 dB/m . There is no 

need for a connector, just cut the 

fiber and plug it into the transceiver . 

The fiber can be a thin 1 .5 x 3 mm 

dual core fiber being 6 times smaller 

than a standard Cat5 Ethernet 

cable . When the fiber is locked in 

the Ethernet transceiver the force to 

pull out the fiber is larger than 20 N 

at 25ºC . The SPFEIM100G directly 

interfaces to Fast Ethernet switches 

like Infineon‘s ADM6992 (one chip 

solution) . 

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Recommended Fiber 

The recommended fiber for a 

SPFEIM100G is a low attenuation 

PMMA duplex POF with the 

following data . 

• Jacket diameter: 1 .5 mm with a 

maximum tolerance of ±50 µm 

• Jacket material PE or PVC 

• Core diameter 1 mm 

• Concentricity to fiber LET30 µm 

• Attenuation ≤0 .2 dB/m 

• NA = 0 .5 

Key Features 

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• Easy installation, fiber needs no 

connector, just cut and plug 

• Data rate up to 100 Mbps over 

plastic optical fiber 

• Integrated EMI shielding 

• Operating temperature range 

0…+70 ºC 

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• 3 .3 V power supply 

• 650 nm LED with integrated 

driving circuit 

• RoHS compliant 


• IPTV connection, high speed 

gateway to set top box 

• Home networking 

• Low-cost Industrial applications 

Tools 

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10-up price 

SPFEIM100_G 

€ 12.16 

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• Evaluation board for POF media 

converter 

• Reference design Fast Ethernet 

POF media converter 

• Reference design Fast Ethernet 

POF switch with 4 POF output 

ports 

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15 

AvAgo

ALM-2812 

Dual-Band 2.4-2.5 GHz & 4.9-6 GHz 

WLAN Low-Noise Amplifier 

Richard Pasdeloup, EBV Maarssenbroek 

Typical Noise Parameters, 

V DS = 3.3 V, I DS = 23.4 mA 

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Typical Specifications @ 25 °C 

• Gain = 16.7 dB 

• NF = 0.8 dB 

• IIP3 = 6.1 dBm 

• IP1dB = -5.8 dBm 

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As the 2.4 GHz ISM band gets 

more crowded every day, WLAN 

technology developers are 

looking for other frequencies to 

serve the WLAN community. The 

next ISM band, where WLAN 


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will work properly, is 5.8 GHz. 

As it is important that WLAN 

technology manufacturers maintain 

compatibility with existing 2.4 GHz 

WLAN hardware, dual band 

equipment will be developed. 

ALM-2812 is a dual-band LNA 

designed for WLAN applications in 

the 2.4 GHz and 5.8 GHz frequency 

ranges. 

The LNA uses Avago Technologies’ 

proprietary GaAs Enhancementmode 

pHEMT process to achieve 

high-frequency wideband operation 

with very low noise figures. 

The ALM-2812 has two individual 

LNAs housed in a 3 mm x 3 mm 

package, each one switchable using 

a single CMOS-compatible pin. All 

matching components are inside 

the module. Only one external 

low frequency bypass capacitor 

is required for proper operation, 

making it suitable for use in ultraminiature 

WLAN cards and access 

points. 

Features 

100-up price 

ALM-2812-BLKG 

€ 0.77 

• Advanced GaAs E-pHEMT 

• Wide supply voltage: 2...3.6 V 

• 50 Ω matched input & output 

• High input P1dB and IIP3 

• Power shutdown function 

• RoHS compliant 

• Small footprint: 3 x 3 mm 

• Low profile: 1.1 mm max. 

• Minimal external components

ASMT-Mxxx Moonstone 

3 W White LED with Diffusing Layer 

and 1 W Cold and Warm White LED 

Phillippe Benedet, EBV Antony (Paris) 

Based on a ubiquitous package 

with excellent heat transfer 

characteristics, the Moonstone 

family from Avago Technologies 

gets extended with new members 

on a regular basis . 

The ASMT-MWE0-NMN00 

is a derivative of the ASMT- 

MW20-NLN00, a powerful and 

efficient 3 W white LED providing 

130 lm at 700 mA . It differs from 

its predecessor by the addition of a 

diffusing layer that provides much 

better color homogeneity . This is 

particularly noticeable when the 

LED is used in conjunction with 

highly focusing optics . In this case, 

most of the white LEDs exhibit a 

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color fringe effect with a bluish 

center surrounded by a yellowish 

ring . This unwanted effect is 

eliminated using a diffusing layer in 

the ASMT-MWE0 . 

The ASMT-MW09-NLL00 (cold 

white) and ASMT-MY00-NJK00 

(warm white) 1 W Moonstone 

are now available in increased 

light output versions . The 

ASMT-MW09 will typically provide 

80 lm at 350 mA while, on the 

same conditions, its warm white 

counterpart will provide 50 lm . 

A warm white 1 W Moonstone 

LED with a typical light output 

of 65 lm (ASMT-MY09) is under 

development . 

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100-up price 

ASMT-MY00-NJK00 

€ 2.05 

Fine Color Temperature binnings 

are available from 4000 . . .10000 K 

for the cold white version and from 

2600 . . .4000 K for the warm white 

color version . Both of them provide 

a high Color Rendering Index . 

Features 

• Energy efficient 

• Exposed pad for excellent heat 

transfer 

• Suitable for reflow soldering 

process 

• High current operation 

• Long operation life 

• Silicone encapsulation 

• ESD of 16 kV 

Specifications 

• InGaN technology 

• 120° viewing angle 


100-up price 

ASMT-MWE0-NMN00 

€ 4.70 

• Portable (flash light, bicycle 

head light) 

• Street lighting 

• Architectural lighting 

• Garden lighting 

• Decorative lighting 

• Backlighting 

• General lighting 


17 

AvAgo


20-up price 

ADJD-WM00-NKKZ0 

€ 20.50 

20-up price 

ADJD-YM00-NJJZ0 

€ 21.50 

20-up price 


€ 27.80 

ADJD-WMxx and ADJD-YMxx 

Moonstone High-Power LED Modules 

Ewald Deitermann, EBV Kaarst 

LED-based lighting is now 

technically and commercially 

attractive for many applications 

and Avago Technologies continues 

to strengthen its position with 

the extension of its Moonstone 

high-power LED family . These 

LEDs are available in cold white 

(ASMT-MW00), warm white 

(ASMT-MY00), green (ASMT-MG00) 

and blue (ASMT-MB00) – the 

AlInGaP colors (red, red-orange 

and amber) are in the process 

of being released to the market . 

Samples and smaller quantities are 

now available . Mass production for 

AlInGaP Moonstone will be up and 

running in March 2008 . 

The advantages of Moonstone’s 

industry-standard power-transistor 

package (TO-220) are: very low 

profile, low thermal resistance 

(R th J-P = 8 K/W), built-in Zener diode 

for ESD protection (up to 16 kV) 

and the flange around the silicon 

chip which protects the silicon 

from being touchable and enables 

the use of Avago’s click-on lenses . 

Additionally, the power-transistor 

package enables designers to use 

the same package and layout for 

different Moonstone LEDs ranging 

from 0 .5 . . .3 W . The Moonstone 

is compliant with standard SMT 

soldering processes and is rated at 

moisture sensitivity level (MSL) 2a, 

which means 4 weeks of shelf life 

without the need to re-bake the LED . 

It is recommended to use the 

diffused Moonstone if the design 

requires additional lenses (see also 

page 17, ASMT-Mxxxx article) . 

20-up price 


€ 28.80 

For lighting applications designers 

often have the need for LED modules 

where driving the LEDs is made 

easy and thermal management is 

taken care of, therefore Avago is 

now also offering LED modules 

based on 2nd Generation 

Moonstone high-power LEDs 

(ADJD-WMxx and ADJD-YMxx) . 

Features Advantages 

Power Transistor Package Scalable up to 5 W Proven & IP-Free Design Common Platform 

Exposed & Insolated Die attach Pad Low Thermal Resistance 8 K/W 

IR-reflow solderable JEDEC MSL 2a Standard SMT Assembly 4 Weeks Floor-Life 

Flange Design Protects Silicone Click-On Lenses 

Built-In Zener Diode 16 kV ESD Protection

No Part Number Description 

Avago’s power LED-modules come 

in different PCB shapes; disks, 

rings and strips . These modules 

offer improved lifetime robustness 

and reliability compared to the 

conventional light sources . The 

LEDs are pre-mounted on metalcore 

PCBs, making thermal 

management very easy . The wide 

radiation pattern of the light strip 

makes them an ideal light source 

to illuminate a wide area . These 

light strips are available with and 

without on-board resistors and can 

be directly connected to a voltage 

or current source . 

No. of 

LEDs 

Module 

Type 

Specifications 

• InGaN technology 

• 3 .6 V, 350 mA (typical) 

• 110° viewing angle 

Features 

Driving 

Method 

• Available in Cool White and 

Warm White color 

• Energy efficient 

• Exposed pad for excellent 

heat transfer 

• Long operation life 

• Silicone encapsulation 

On-board 

Resistor 

20-up price 


€ 43.90 

Colour/CCT 

Typ. 

Flux (lm) 

• Ease of mechanical mounting 

• Plug & Play mating connections 


Clear/ 

Diffused 

• Reading light 

• Architectural lighting 

• Garden lighting 


• Backlighting 

• General lighting 

20-up price 


€ 44.90 

1 ADJD-WM00-NKKZ0 1 W Cool White 2 nd level 3 Strip Current No 4500...5600 K 180 Clear Tray 

2 ADJD-YM00-NJJZ0 1 W Warm White 2 nd level 3 Strip Current No 2600...3000 K 150 Clear Tray 

3 ADJD-WM01-NKKZ0 1 W Cool White 2 nd level 3 Strip Voltage Yes 4500...5600 K 180 Clear Tray 

4 ADJD-YM01-NJJZ0 1 W Warm White 2 nd level 3 Strip Voltage Yes 2600...3000 K 150 Clear Tray 



7 ADJD-WM21-NKKZ0 1 W Cool White 2 nd level 6 Strip Voltage Yes 4500...5600 K 360 Clear Tray 

8 ADJD-YM21-NJJZ0 1 W Warm White 2 nd level 6 Strip Voltage Yes 2600...3000 K 300 Clear Tray 





13 ADJD-WMR0 1 W Cool White 2 nd level 7 Round Current No 4500...5600 K 420 Clear Tray 

14 ADJD-YMR0 1 W Warm White 2 nd level 7 Round Current No 2600...3000 K 350 Clear Tray 

15 ADJD-WMR3 1 W Cool White 2 nd level 8 Ring Current No 4500...5600 K 480 Clear Tray 

16 ADJD-YMR3 1 W Warm White 2 nd level 8 Ring Current No 2600...3000 K 400 Clear Tray 

Packing 


19 

AvAgo

ScrollWheel Add-On Board 

For ChameleonARM, DBC2C20 

and COBRA5329 

Luis Fischer, EBV Burgwedel 

The ScrollWheel board is based 

on Avago’s AMRX-1500 ultraslim 

ScrollWheel with 5-way 

switch, which is made with 

Avago Technologies’ reflective 

optical technology . The board 

can be plugged directly onto the 

EBV reference design boards 

ChameleonARM (with NXP LPC2378 

ARM7TDMI MCU) and COBRA5329 

(with Freescale MCF5329 ColdFire 

V3 MCU) . For direct connection to 

the DBC2C20 (with Altera Cyclone II 

FPGA) a special adapter is needed 

(EBV order code: DBE-ADAP DEV) . 

The ScrollWheel board can be 

used for all applications requiring 

a user interface and not only in 

combination with EBV reference 

designs . 

The motion sensor within the 

AMRX-1500 is contactless and 

ensures reliable operation . Four 

directional switches placed 

underneath the ScrollWheel 

provide a four-way navigation 


input, while the center button 

functions as a select or OK key, 

which, for example, can be used to 

make a selection from a menu or a 

list . Together with the rotary motion 

signal, which typically is used for 

changing configuration values and 

fast scrolling through menu items 

and selection lists, the ScrollWheel 

offers a complete central user input 

interface for many applications . For 

simple integration in an existing 

system, the encoder signal from 

the ScrollWheel is decoded by a 

small 8-bit microcontroller directly 

on the ScrollWheel board . Together 

with the button events, all signals 

are sent out via the UART interface 

to the corresponding pins on the 

COBRA connectors . Alternatively, 

the Scroll Wheel board can be 

equipped with a standard SUB-D 

connector to control other boards 

or applications . This connector is 

included and the board can also be 

powered from an integrated 

DC socket . Together with the 

SCROLLWHEEL-REF 

€ 89.- 

ScrollWheel board, EBV delivers a 

modified demo application for the 

ChameleonARM and COBRA5329 

to easily test its input capabilities . 

The UART communication protocol 

is fully specified to make it as easy 

as possible to use the ScrollWheel 

board for your own application . 

Design documents are also 

available . 

To make the ScrollWheel board 

more flexible for any application, 

it is possible to configure its 

orientation, resolution, number 

of events per keystroke and 

the character case sent out via 

the UART . These parameters 

are automatically stored in the 

microcontroller’s flash, so following 

a power-down the ScrollWheel 

board will start up with the same 

configuration as before . 

Features 

DBE-ADAP DEV 

€ 199.- 

• Orientation and events (on 

rotation/keystroke) configurable 

directly on the ScrollWheel 

add-on board 

• Easy connection to any 

microcontroller or PC via UART 

• Demo software available for 

COBRA5329 and ChameleonARM 

• External DC supply possible 

(5…15 V) 

• Firmware and design documents 

(schematics, layout) available 

• Easy adaptation to your own 

application

Pyxos Add-On Board 

For ChameleonARM, DBC2C20 

and COBRA5329 


About two years ago, Echelon 

released the Pyxos FT (free 

topology) network chip . This IC is 

dedicated to small master-slave 

networks for industrial and building 

automation applications which 

only need a limited number of 

devices/parties . Pyxos especially 

fits into applications where 

response time, determinism, cost 

or size requirements exceed those 

offered by the LonWorks platform . 

It is also an attractive alternative 

to CAN, LIN, AS-I or RS-485 

solutions in terms of technology 

and price . With the Pyxos add-on 

board for EBV’s reference design 

platforms, ChameleonARM, 

DBC2C20 and COBRA5329, EBV 

can now show Pyxos networking 

capabilities . While the add-on 

board can be connected directly 

to ChameleonARM (based 

on NXP LPC2378 ARM7TDMI 

microcontroller) and COBRA5329 

(based on Freescale MCF5329 

ColdFire V3 microcontroller) via the 

so-called COBRA connectors, the 

DBC2C20 (based on Altera Cyclone ® 

II FPGA) needs to be connected 

via an adapter board (order code: 

“DBE-ADAP DEV”) . 

In the EBV reference design the 

processor (ARM, Coldfire or 

Cyclone ® II) is set to be the master, 

this master is called “Pilot” in 

Pyxos jargon, but it is also possible 

to use it as an intelligent client (a 

so-called “Point”) . Another typical 

scenario implementing distributed 

I/O pins via Pyxos just needs simple 

“Points” . In this case very often 

no microcontroller is needed, 

since the Pyxos FT chip comes 

with 4 digital I/O pins . One input 

pin is capable of directly sensing 

buttons and switches or driving a 

solid state relay . On the bus side, 

the Pyxos add-on board provides 

transformer isolated coupling, 

using a low-cost transformer from 

Transtek Magnetics especially 

developed for Pyxos (order code: 

“TMS80040CS”) . Is an application 

less susceptible to interferences 

like internal bus systems within 

a machine, the less interference 

immune and more cost effective 

capacitive or direct coupling 

options can be used . To help the 

designer starting with Pyxos, 

Echelon provides an API in source 

code (ANSI-C) that can easily 

be used on any microcontroller 

platform . The Pyxos FT chip is 

connected to the processor via 

SPI, so the availability of a physical 

SPI interface is mandatory for a 

Pilot and recommended on a MCU 

enabled Point . Besides the original 

Echelon resources, made for 

microcontrollers without operating 

system, EBV´s software partner 

Emlix (http://www .emlix .com) 

provides a Pyxos driver for the 

embedded Linux currently running 

on COBRA5329 . 

Features 

DBE-FT-PYxOS 

€ 110.- 

• Portable ANSI C code 

• Bus or Free Topology 

• Large range – up to 100 m with 

free topology, up to 400 m with 

bus topology 

• High speed, bit rates up to 

312 .5 kbps 

• Reaction times of 1 .8 ms 

(with 2 Points), up to 25 ms 

(with 32 Points) 

• Various power supply possibilities: 

local, AC or DC link power 

• Simple digital I/O without a host 

microprocessor 

• Various bus coupling options: 

direct coupling, non-isolated 

floating, transformer isolated 


21 

eBv

i.LON SmartServer - 72101R-400 

SmartServer to Integrate Diverse 

Networks 

Hans Happ, EBV Kaarst 

No matter what industry you’re in, 

saving energy is a smart business . 

The i .LON SmartServer is the 

key to your business’ energy 

conservation strategy . Use this 

server – the latest addition to the 

i .LON family of Internet servers – 

to control, monitor and manage 

virtually any electronic device in 

your control network . It is perfect 

for developing and deploying 

energy management solutions 

for retail stores, quick-service 


restaurants and other businesses, 

as well as for monitored street 

lighting systems . Whether you 

are upgrading your network or 

starting from scratch, the i .LON 

SmartServer can help reducing 

your energy use . 

It is easy to deploy and manage, 

and works both locally and 

remotely . The programmability 

expands the i .LON SmartServer’s 

feature set by writing customized 

applications – for energy 

optimization, data analysis 

and room and lighting control . 

The server can run up to 10 

simultaneous custom programs . 

You can also write custom drivers 

so the i .LON SmartServer can act 

as a gateway to legacy systems or 

other networks that are not natively 

supported, such as BACnet and 

KNX . 

Features 

• Supports LonWorks FT and 

PL channels 

• IP-852 and programmability 

support 

• Network manager 

• Scheduling, alarming, logging, 

and integration applications 

• SOAP/XML Web services, RNI 

and LonScanner interfaces 

• i .LON Vision Web authoring tool 

for creating custom web pages 

• Direct support of M-Bus, ModBus 

and ModBus IP devices 

• Ethernet and PPP support 


72101R-400 

€ 452.- 

• Monitored street lighting systems 

• Building automation systems 

• Energy management 

• Facilitate preventive maintenance

FGH30N60LSD 

Low V CE(SAT) (1.1 V), 30 A, 600 V IGBT 

Markus Krämer, EBV Poing 

Some topologies have switches 

which are switched at a very low 

frequency, for example 50 Hz 

or 100 Hz . These switches are 

used for topology switching, for 

example changing between buck 

and boost operating mode, for 

50 Hz switched output bridges and 

for inrush current limitation . For 

these applications either IGBTs or 

MOSFETs are used . 

Most IGBTs are optimized to 

function for medium switching 

speeds, in the range of 

10 . . .20 kHz . Some are optimized 

for faster switching resulting 

in increased V CE(SAT) . The 

FGH30N60LSD is optimized the 

other way round: very low V CE(SAT) 

with the penalty of having a higher 

switching energy . 

The lowest R DS(ON) 600 V MOSFET on 

the market has an R DS(ON) of 40 mΩ 

typical at room temperature . With 

30 A flowing through the device, 

V DS(ON) would be 1 .2 V . Bearing in 

mind that R DS(ON) approximately 

doubles its value if the temperature 

increases to T J = 125 °C, V DS(ON) 

would be already 1 .2 V at 15 A 

current and 2 .4 V at 30 A . For fast 

switching, the switching losses in 

a MOSFET will be far lower than in 

the FGH30N60LSD . 

However, for 50 Hz or one-off 

switching, as seen in topology 

switching, 50 Hz output bridges 

and inrush current limiting, the 

FGH30N60LSD has far lower losses . 

Features 

• Low saturation voltage at room 

temperature: 

• 1 .1 V typical 

• 1 .4 V maximum 

• Lower saturation voltage at 

125 °C: 

• 1 .0 V typical 

• 600 V blocking voltage 

• Current rating: 

• 30 A at T C = 100 °C 

• 90 A peak pulsed current 

• Slow switching performance 

– use for slow switching 

applications only 


100-up price 

FGH30N60LSDTU 

€ 5.35 

• Solar inverters: 

• Topology switching 

• 50 Hz output bridge 

• UPS: 



• Welding (aluminum): 


• Advanced power supplies: 


• Inrush current limiting 


23 

eChelon 

FAirChild

FSFR2100 

Fairchild Power Switch (FPS) for 

Half-Bridge Resonant Converter 

Kjell Hansen, EBV Oslo 

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The FSFR-series is a complete 

integrated circuit with controller, 

high/low side drivers and two 

MOSFETs . LLC resonant converters 

are used in power supplies 

from 100 W . . .1 kW . They have 

an efficiency of more than 90% . 

They work best with a narrow 

input voltage range, for example 

195 . . .265 V AC , or alternatively with 

a front end power factor correction 

(PFC) stage . Standard series 

resonant converters have excellent 

full load efficiency, but suffer 

from reduced efficiency at lighter 

loads as the switching frequency 

increases greatly . Series resonant 

converters use one inductor (L) and 

one capacitor (C) . LLC converters 

use a second, uncoupled inductor 

to reduce the dependency of the 

switching frequency on the load . 


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LLC resonant half-bridge converter 

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They are therefore highly efficient 

at a wide range of loads . 

The FSFR family, is using Zero 

Voltage Switching (ZVS), which 

results in very low EMI and very 

high efficiency . The diodes in the 

MOSFETs have fast recovery times 

allowing small deadbands in the 

switching cycles and therefore 

improving efficiency even more . 

In addition to the LLC resonant 

converter, the FSFR family can 

be applied to series resonant 

converters and parallel resonant 

converters . 

Application note AN-4151 can 

be used to calculate the power 

levels at different input and output 

voltages . This application note 

contains detailed formulas and 

very easy descriptions, resulting in 

Part Number Package Operating Temperature R DS(ON_MAX) 

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good and reliable designs . Winding 

techniques are described . All 

curves during switching cycles 

are shown . 

Features 

• Variable frequency control 

with 50% duty cycle for halfbridge 

resonant converter 

topologies 

• Very high efficiency due to 

Zero Voltage Switching (ZVS) 

• Fast recovery times in the internal 

MOSFETs 

• Fixed dead times, 350 ns 

• 300 kHz maximum operating 

frequency 

• Pulse skipping for frequency limit 

at light load conditions 

• Remote ON/OFF control 

• Integrated protection 

functions like over-voltage, 

overload, over-current and 

thermal shutdown 


570-up price 

FSFR2100 

€ 3.85 

• Industrial power supplies 

• Housekeeping power supplies 

for high power systems 

• Power supplies for lighting 

applications 

Maximum Output 

Power without Heatsink 

(V IN =350 ˜ 400 V 

Maximum Output 

Power with Heatsink 

(V IN =350 ˜ 400 V 

FSFR2100 9-SIP -40...+85 °C 0.38 Ω 200 W 450 W 

FSFR2000 * 9-SIP -40...+85 °C 0.67 Ω 160 W 350 W 

FSFR1900 * 9-SIP -40...+85 °C 0.85 Ω 140 W 300 W 

FSFR1800 * 9-SIP -40...+85 °C 0.95 Ω 120 W 260 W 

* ) To be introduced during 2008

FSQ0x65, FSQ321 and FSQ311 

Green FPS Power Switch for Valley 

Switching Converters 

Kjell Hansen, EBV Oslo 

Small AC input power supplies with 

maximum output power ranging 

from 1 . . .90 W are extensively 

used in industrial and consumer 

applications . Such power supplies 

generally use integrated power 

switches, these are devices that 

combine the PWM controller and 

the MOSFET into one package . The 

most popular topologies used are 

flyback, for multiple output and/ 

or isolated applications and buck 

for non-isolated single output 

applications . 

Energy saving initiatives are forcing 

designers to improve the efficiency 

of the power supplies over a wide 

range of operating conditions . 

Though using simple valley 

switching is improving efficiency at 

full load, it causes worse efficiency 

at lower loads, because switching 

frequency is increasing . The 

FSQ-series of Green FPS Valley 

Switching Converters contain 

integrated power switches where 

the controller sections have been 

specially designed for valley 

switching topologies . 

They limit the maximum switching 

frequency while still switching on 

the minima in the drain waveform . 

An additional resulting benefit is 

that they generate lower conducted 

and radiated EMI than ordinary 

hard-switched converters with 

fixed switching frequencies . 

100-up price 

FSQ321L 

€ 0.30 

The PWM controllers have undervoltage 

lockouts, optimized gate 

drivers, internal soft-start and LEB 

(leading edge blanking) . The LEB 

function avoids noise in the current 

sense internal measurement . Selfprotection 

circuitries are built-in . 

This series reduces the total 

cost, component count, size and 

weight; in addition it increases 

the efficiency of the converters . 

Fairchild’s European Global Power 

Resource Center has issued test 

reports for 25 W, 12 V isolated 

flyback, 2 .5 W, 12 V buck and 

1 .5 W, 15 V buck for designs built 

in Fairchild’s European Global 

Power Resource Center . Several 

application notes are available 

like AN-4134, AN-4137, AN-4141, 

AN-4147 and AN-4150 . 

Features 

100-up price 

FSQ0365RN 

€ 0.55 

• Optimized for valley switching 

• Low conducted and radiated 

EMI due to variable frequency 

and inherent frequency 

modulation 

• High efficiency, valley switching 

method 

• Small frequency variations over 

wide load and input voltage 

variations 

• Burst-mode operation for low 

standby power consumption 

• Pulse-by-pulse current limitation 

100-up price 

FSQ0565RWDTU 

€ 0.88 

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• Protection functions, overload, 

over voltage, abnormal over 

current, thermal shutdown 

• Under voltage lockout 

• Internal high voltage start-up 

circuitry 

• Internal high-voltage SenseFET, 

650 V 

• Internal soft-start 

• International input voltages, 

80…265 V AC 


100-up price 

FSQ0765RWDTU 

€ 1.05 

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• Power supplies for power levels 

below 25 W (FSQ0365) or 90 W 

(FSQ0765) 

• Housekeeping power supplies for 

high power systems 

• Power supplies for lighting 

applications 

• Adapters 

• Battery chargers 

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25 

FAirChild

FAN322x 

Dual 2 A, High-Speed, Low-Side 

Gate Drivers 

Francisco Perez, EBV Esplugues de Llobregat (Barcelona) 

Today’s high power applications 

need high peak currents (up to 2 . . .4 A) 

to switch MOSFETs efficiently . In 

controller or PWM applications 

drivers are needed . They have 

specialized output stages, which 

can remove significant power 

dissipation from control ICs and 

can help alleviate noise problems . 

They should be placed close to the 

MOSFET to minimize the highcurrent 

loop area and reduce noise 

in sensitive control-chip areas . 

Moreover, drivers can provide 

features not readily available in 

PWM chips such as input level 

shifting and timing delays . 

Drivers use less board space 

than discrete solutions allowing 

for higher density designs . The 

integrated features can reduce your 

bill of material . 

Higher reliability, less test time, fast 

switching (lower losses) from a slow 

driving signal, direct translation 

from TTL logic inputs to higher 

V GS are additional benefits that 

you can obtain of using MOSFET 

drivers . Notable differentiating 

features of the new FAN322x series 

of drivers include CMOS inputs to 

improve both noise immunity and 

timing accuracy and using CMOS 

technology a wider input voltage 

range up to 20 V for easier bias 

circuit design can be achieved . 


Features 

• 3 x 3 mm MLP-8 and SOIC-8 

• Dual 3 A peak sink & source 

(2 .5 A sink, 1 .8 A source at Vdd/2) 

• CMOS or TTL input thresholds 

• 10 ns fall time with 1 nF load 

• Propagation delays < 20 ns 

• Under-voltage lockout 

• Industry standard pin-outs 

• Dual inverting & dual 

non-inverting with dual enable 

• Dual-input version 

• Fail-safe inputs: output held low 

if no input signal 

• Enable defaults to “ON” 


• SMPS topologies with groundreferenced 

power switches 

(forward, boost, push-pull, active 

clamp) 

• Where PWM controllers need 

assistance: 

• PWM outputs cannot provide 

acceptable switching times 

• PWM cannot dissipate the drive 

power 

• Time delays and/or inversions 

are needed for some switches 

• Additional control is needed for 

startup, shutdown or faults 

• SMPS with synchronous 

rectification 

(often multiple high-gate-charge 

MOSFETs in parallel) 

2500-up price 

FAN3226CMx 

€ 0.43 

• Transformer coupled … 

• Gate drives 

(high- & low-side switches) 

• Logic signal transmission 

• Fairchild also offers drivers for: 

• High-side switches 

• Synchronous-buck converters 

Part selection 

2500-up price 

FAN3227TMx 

€ 0.43 

• FAN3226x, dual inverting 

channels + dual enable 

• FAN3227x, dual non-inverting 

channels + dual enable 

• FAN3228x, dual channels of 

two-input/one-output drivers, 

pin configuration 1 * 

• FAN3229x, dual channels of 

two-input/one-output drivers, 

pin configuration 2 * 

* ) To be introduced during Q1/2008

MPC8377/78/79 

Power Architecture e300, Two Gig- 

Ethernet, PCI Express, PCI, 4 SATA Processor 

Nikos Chalikias, EBV Tavros (Athens) 

The MPC837x family integrates PCI 

express, Serial-ATA and dual Gigabit 

Ethernet . The e300 core is running at 

up to 667 MHz . Integrates 32 Kbytes 

L1 data and instruction-cache, two 

integer units and a floating-point 

unit . The new family is based on 

90 nm technology offering higher 

integration and price/performance 

ratio . 

Features 

• Dual three-speed 

10, 100, 1000 Mbps Ethernet 

controllers (eTSECs) support: 

• Backward compatibility 

with MPC8349E 

(PowerQUICC II Pro) TSEC 

• IEEE Std . 802 .3, 802 .3u, 802 .3x, 

802 .3z, 802 .3ac, and 802 .3ab 

• IEEE Std . 1588 

• Inter-packet and intra-packet 

flow control 

• Wake-on-LAN 

• TCP/IP acceleration and QoS 

• MAC address recognition 

• PCI 2 .3 interface 3 .3 V 

compatible, 32-bit, operating up 

to 66 MHz 

• PCI Express 1 .0a 

• Two interfaces 

supporting x1 and x2 widths 

• Full 64-bit decode with 

32-bit wide windows 

• e300c4 core with 32 Kbytes of 

instruction and 32 Kbytes of data 

cache 

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PPC8377EVRALG 

€ 48.- 

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e300c4 Core with 

Power Management 

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• Two ports Serial ATA 2 .5 

controller with 1 .5 and 3 .0 Gbaud 

operation support: 

• Gen1i, Gen1m, Gen2i and Gen2m 

• Two SerDes blocks with two 

lanes each, Link-layer interfaces 

to IP controller 

• Support for one x2 PCI Express, 

two x1 PCI Express, two 

x1 SGMII and two x1 SATA 

• Enhanced Local Bus Controller 

(eLBC) 

• Three protocol engines: 

General-purpose chip select, 

3 user programmable, 

NAND Flash control 

• SDRAM controller supports both 

DDR1 and DDR2 

• Secure Digital host controller 

(SDHC V2 .0) 

• Dedicated Security Engine 

contains four crypto-channels, 

a controller and a set of crypto 

execution units (EUs) 

2-up price 

PPC8379EVRALG 

€ 54.- 

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• USB 2 .0 host and device 

controller supporting: 

• Programmable interrupt 

controller 

• Dual I 2 C controllers 

• 4-channel DMA controller 

• General-purpose I/O 


• Digital media server 

• Small/medium business gateway 

• IP-PBX systems 

• Network Attached Storage (NAS) 

• Digital Media Server (DMS) 

Tools 

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€ 2,500.- 

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• MPC8377E-MDS-PB modular 

development system 

• MPC8379E-RDB reference 

design board 


27 

FAirChild 

FreesCAle

MPC8315E 

Low Cost PowerQUICC II Pro 

Timo Kujala, EBV Espoo 

Freescale has extended the widely 

used PowerQUICC II Pro family 

to a new level by introducing next 

generation PowerQUICC II Pro 

devices, like the fully featured low 

cost MPC8315E . It is based on a 

system-on-chip (SoC) architecture 

and it integrates the enhanced 

e300 Power Architecture ® core and 

several advanced features, such 

as DDR1/DDR2 memory controller, 

dual Gigabit Ethernet ports, dual 

role Hi-Speed USB controller with 

integrated PHY supporting Host, 

Device and OTG, dual PCI Express ® , 

legacy PCI and SATA controllers . 

The other new device in the family, 

the MPC8314E, offers the same 

functionality without the SATA 

support . 

The low power e300 core is fully 

software compatible with all 

existing PowerQUICC devices . 

The MPC8315E runs up to 400 MHz 

and it provides a cost effective, 

highly integrated control 

processing solution for all 

emerging applications requiring 

high performance and high-speed 

communication . 

The dual single lane PCI Express 

interfaces with SerDes PHY are 


compatible with PCIe 1 .0a . They 

support 32- and 64-bit addressing 

and the operating mode can be 

selected between root complex 

and endpoint . Both controllers 

have their own dedicated DMA to 

perform data movement . 

The two integrated SATA 

controllers are fully compliant 

with rev 2 .5 supporting 1 .5 Gbps 

and 3 .0 Gbps speeds and ATAPI 

devices . The dedicated DMA 

controller, Native Command 

Queuing and Port Multiplier 

operation make these interface 

very flexible . 

The optional integrated security 

engine of the MPC8315E is 

optimized to support all algorithms 

associated with IPSec, 802 .11i and 

iSCSI . The security engine contains 

one crypto-channel, a controller 

and a set of crypto execution units . 

The crypto set comprises a Public 

Key Execution Unit for RSA and 

Diffie-Hellman, a Data Encryption 

Standard Execution Unit for DES, 

3DES and others, an Advanced 

Encryption Standard Unit for 

Rinjdael symmetric key cipher 

and XOR acceleration, a Message 

Digest Execution Unit for SHA, MD5 

2-up price 

PPC8315EVRAFD 

€ 28.- 

xPC8315E-RDB 

€ 360.- 

and HMAC, a Random Number 

Generator and a CRC Hardware 

Accelerator . Part number for the 

device without encryption unit is 

MPC8315 . 

Features 

• 32-bit, high-performance e300 

Power Architecture ® superscalar 

core 

• 756 Mips @ 400 MHz; 

504 Mips @ 266 MHz 

• Double-precision floating 

point unit 

• 16 Kbytes data and 16 Kbytes 

instruction cache 

• 266 MHz data rate DDR memory 

controller with 16/32-bit interface 

supporting ECC 

• Dual SATA controllers with 

integrated PHYs 

• Dual PCI Express controllers 

• Integrated 32-bit PCI interface 

supports host and agent 

operation up to 66 MHz 

• Dual 10/100/1000 Ethernet 

controllers 

• Optional security engine 

• Dual role Hi-Speed USB controller 

with integrated PHY supporting 

Host, Device and OTG 

• Dual UART

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• 16-bit wide Local Bus controller 

with NAND Flash boot support 

• I 2 C interface 

• Four-channel DMA controller 

• Serial Peripheral Interface (SPI) 

• TDM interface supports E1/T1 

frames and MVIC, SCAS and 

H .110 buses 

• General-purpose parallel I/Os 

(GPIO) 

• Power management controller 

• IEEE 1149 .1 JTAG test access port 

• Package: 620-pin, 29 mm x 29 mm 

TEPBGA II with 1 mm pitch 

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• Process technology: 90 nm CMOS 

• Voltage: 1 .0 V core voltage with 

3 .3, 2 .5 and 1 .8 V I/O 

• Estimated power consumption 

0 .8 W @ 266 MHz 


MPC8315E 

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• Home Media Server 

• Network Attached Storage 

• Industrial control and automation 

• Medical imaging 

• Test & measurement 

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• VoIP router/gateway 

• Intelligent WLAN access point 

Tools 

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• Low cost MPC8315E-RDB 

reference design board 

• Linux board support package 

• Code Warrior IDE 

• USB TAP debugger interface 


29 

FreesCAle

MCF5221x/MCF5223x/MCF51QE32 

The ColdFire Family offers New 

Connectivity and Low-Power Derivatives 


Freescale strikes back! With five 

newly released derivatives, the 

ColdFire family stays up to date 

and competitive in the hardfought 

market of mid-range MCUs, 

especially attacked by many ARM 

based microcontroller families . 

All new ColdFire derivatives come 

with integrated Flash memory and 

have small package sizes . They are 

suitable for all kinds of single-chip 

applications without the need of 

having an external bus interface . 

The Striker Family is divided into 

three groups: While the V1 Core 

MCF51QE32 is the new entry 

level to the ColdFire 32-bit arena 

and provides pin and peripherals 

compatibility to S08QE 8-bit family 

members for easiest migration, 

the other new derivatives set 

standards for single-chip Ethernet 

and USB applications . These 

derivatives include the physical 

layer transceivers for Ethernet and 

USB respectively . Compared with 

other already existing V2 ColdFire 

derivatives, the prices for these 

devices are up to 40% lower for the 

same memory size and peripheral 

configuration . This allows lowest 

system and manufacturing costs 

for a wide range of applications . 

To speed up the development 

process and avoid additional 

costs, Freescale provides software 

support for USB and Ethernet via 

the Processor-Expert-Tool which 

is integrated in the CodeWarrior 


100-up price 

PCF51QE128CLH 

€ 4.30 

tool chain . It includes not only the 

hardware drivers, also the complete 

protocol stacks, application profiles 

and additional software resources 

for a host PC . These new devices 

closing the gap between Freescales 

MCU Families allowing easier 

migration between cores . 

Key Messages 

• Controller Continuum density 

further raised 

• Migration supported by 

peripheral configurations, tools 

and documentation 

Features 

Complimentary 

Enablement 

Code Warrior IDE Processor Expert 

Ethernet 

Stack 

Support 

USB Stack 

Support 

Ultra-Low 

Power 

100-up price 

MCF52210CAE66 

€ 4.90 

100-up price 

MCF52233CAF60 

€ 9.70 

• Freescale offers full range of 

Ethernet and USB software support 

• Graphical tools, training, tool 

chain and resources available 

to speed up the product 

development 


M52233DEMO 

€ 86.- 

• Medical instrumentation 

• Factory automation 

• Fire/security 

• Consumer 

• HVAC and building control 

• Point of sales 

• Interface and gateways 

Part Number Temp Range Key Features Package Speed 

MCF52236 

MCF52232 

MCF52213 

MCF52212 

MCF51QE32 

-40...+85 °C 

0...+70 °C 

-40...+85 °C 

0...+70 °C 

-40...+85 °C 

0...+70 °C 

-40...+85 °C 

0...+70 °C 

-40...+85 °C 

0...+70 °C 

ColdFire V2 Core 

10/100 Ethernet + PHY; 12-bit ADC, 

256 K Flash, 32 K SRAM 


10/100 Ethernet + PHY; 12-bit ADC, 



USB otg + PHY; 12-bit ADC, 



USB otg + PHY; 12-bit ADC, 



Ultra Low Power; 12-bit ADC, 


80LQFP 50 MHz 

80LQFP 50 MHz 

64LQFP 

64LQFP 

64LQFP 

50 MHz 

50 MHz 

50 MHz

MC9S08JM/MCF51JM 

Flexis Series with USB Device 

Christof Mrosek, EBV Burgwedel 

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This new controller from Freescale 

is the second in a row of devices 

which offers the option to use 

an 8-bit S08 core or the 32-bit V1 

ColdFire core on the board with the 

same layout, the same common 

set of internal interfaces and even 

the same IDE for developing the 

software . This allows the design 

of a broad range of products with 

different cost and performance 

options . Compared with the 8-bit 

S08 device the 32-bit MCF51 offers 

more Flash and RAM and also 

some additional features, like USB 

OTG support, an additional CAN 

interface and an acceleration unit 

for encryption . The CodeWarrior IDE 

(V6 .1) supports the SW development 

for both, the 8-bit and the 32-bit JM 

devices . This allows easy switching 

between both variants by only 

recompiling the source code . A 

free “Special Edition CW” version 

is available from Freescale . For 

the software of the USB interface 

Freescale provides a complimentary 

USB stack ‘USB Lite’ from CMX with 

source code . For the evaluation of 

100-up price 

MC9S08JM60CLD 

€ 3.05 

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100-up price 

MC9S08JM60CLH 

€ 3.15 

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the JM devices Freescale offers 

a low cost demonstration kit 

including two daughter cards to 

switch between the S08 and the 

MCF51 . The built-in USB-BDM and 

the serial port allows programming 

and debugging of the devices 

without any difficulty . 

Key Features 

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• Core frequency of 48 MHz 

• Bus frequency of 24 MHz 

• 60 KB Flash, 16 KB RAM for 

the S08 

• 128 KB Flash, 4 KB RAM for 

the MCF51 

• USB 2 .0 full speed 

• Integrated USB PHYs 

• 12-channel, 12-bit ADC 

• Two SCI, two SPI, one I 2 C 

• To analog comparators 

• On-chip oscillator or ext . crystal 

• 8-channel KBI keyboard interrupt 

• Real time clock 

• One 2-channel and one 6-channel 

16-bit timer 

• Up to 51 GPIO pins 

100-up price 

PCF51JM128VLH 

€ 3.70 

• -40 . . .+85 ºC temperature range 

• 2 .7 . . .5 .0 V supply voltage range 

• Packages: QFP-44, QFP-64 and 

QFN-48 


• Industrial networking 

• Laboratory equipment 

• PC peripherals and I/O modules 

• Test and measurement 

equipment 

• Patient monitoring systems 

• Security and access control 

panels 

Tools 

• CodeWarrior for MCU V6 .1 

• Processor Expert 

• USB Lite stack by CMX 


• Low cost demo board (DEMOJM) 

• Free CW special edition IDE 

available 

Useful Links 

DemoJM 

€ 75.- 

• Flexis: 

http://www .freescale .com/flexis 

• Beyond bits: http://www . 

freescale .com/beyondbits 

• CodeWarrior: http://www . 

freescale .com/codewarrior 

• CMX: http://www .cmx .com 


31 

FreesCAle

MC9S08SH8 

8-Bit HCS08 Low-End MCU 

Håkan Brönnheden, EBV Malmö 

The MC9S08SH8/4 family brings 

increased flexibility and a wide 

breadth of package offerings 

to Freescale’s 5 V low-end 

8-bit MCU portfolio for general 

purpose applications . Freescale 

Semiconductor’s 8-bit SH family 

of microcontrollers provides a 

low-end entry point into S08 

products . Based on the S08 core, 

the SH offers up to 40 MHz of CPU 

performance using Freescale’s 

0 .25 μm Flash, to push the 

boundaries of 8-bit into the range 

of 16-bit MCU performance . It 

offers general purpose, scalable, 

and compatible features, 4/8 Kbytes 

(16 and 32 Kbytes versions are 

planned) of memory space as 

well as on-chip emulation/debug 

capabilities . 

The SH helps to lower cost, saves 

board space and improves quality 

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with on-chip components by 

eliminating the need for an external 

crystal, LVI circuit, voltage regulator, 

I/O mux, watchdog circuit, ADC and 

development tools . An application 

focus area of the SH family are 

Local Interconnect Networks (LIN) . 

LIN is a UART-based, singlemaster, 

multiple-slave networking 

architecture originally developed 

for automotive sensor and actuator 

networking applications . 

Features 

96-up price 

MC9S08SH4CTG 

€ 0.90 

• Flash with security feature, 

4 Kbytes on HS4, 8 Kbytes on HS8 

• 256 bytes on HS4, 512 bytes on 

HS8 on-chip RAM 

• 12-channel 10-bit A/D converter, 

2 .5 μs conversion time 

• 2 timers – up to 2 x 16-bit 

channels each 

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150-up price 

MC9S08SH8CTJ 

€ 1.- 

• Analog comparator 

• Up to 16 GPIO 

• SCI (UART), SPI and I 2 C 

• Watchdog computer operating 

properly (COP) 

• RTC (real-time counter) 8-bit 

modulus counter 

• 2 .7…5 .5 V operation voltage 

• Internal Clock Source (ICS) — 

bus frequencies of 2 . . .20 MHz 

Available packages 

• 8-pin NB SOIC, 16-pin TSSOP, 

20-pin TSSOP 

Tools 

• CodeWarrior Development Studio 

for HCS08 microcontrollers 

• BDM Multilink — 

USBMULTILINKBDME, real-time 

in-circuit debug through BDM 

interface, fast in-circuit Flash 

programming, USB-to-BDM 

interface 

• Freescale’s demonstration 

board, DEMO9S08SH8, contains 

everything a designer needs to 

develop and evaluate . It provides 

USB to BDM interface, RS232 

interface, push buttons, LEDs and 

USB cable 


DEMO9S08SH8 

€ 47.- 

• Consumer appliances 

• Industrial (sensors, small motors, 

climate control)

MMA7455L 

±2/4/8 g XYZ-Axis 

Digital Output Accelerometer 

Franck Hocquet, EBV Antony (Paris) 

The MMA7450L is a digital output, 

low power, low profile 14-pin LGA 

package, three-axis accelerometer . 

It features signal conditioning, 

a low-pass filter, temperature 

compensation and a self test . It is 

configurable to detect 0 g through 

interrupt pins and pulse detect 

for quick motion detection . The 

zero-g offset can be calibrated 

by the customer to assigned 0 g 

registers and g-Select . Zero-g 

offset and sensitivity are factory 

set and require no external devices . 

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The MMA7455L has both an I 2 C 

and SPI digital output available to 

communicate with for example a 

microcontroller . I 2 C or SPI mode 

operation is selected using the 

CS pin . 

The sensor provides a self test 

feature that allows the verification 

of the mechanical and electrical 

integrity of the accelerometer 

at any time before or after the 

installation . The self-test can be 

used to verify that the device has 

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been soldered on the PCB properly . 

The g-Select feature allows the 

selection of the three sensitivities . 

Depending on the logic input, the 

device internal gain will be changed 

allowing it to function with a 2/4/8 g 

sensitivity . This feature is ideally 

suited to applications requiring two 

different sensitivities for optimum 

performance . 

This digital output 3-axis 

accelerometer has a standby mode 

making it ideal for battery operated 

products . In standby mode, the 

device outputs are turned off, 

providing significant reduction of 

operating current down to 5 μA 

typical . 

Features 

• Digital output: I 2 C & SPI 

• 3 x 5 x 1 mm LGA-14 package 

• Low current consumption: 

400 μA 

• Low-voltage operation: 2 .4 . . .3 .6 V 

• Selectable sensitivity (±2/4/8 g) 

• Self test for all three axes 


100-up price 

PMMA7455LT 

€ 2.80 

• Gaming: tilt and motion sensing 

• GPS tracking: containers 

movement detect 

• Portable multimedia player: 

image stability, text scroll 


33 

FreesCAle

MPR08x 

Capacitive Sensor for Key and Scroll 

Pad Applications 

Etienne Lanoy, EBV Illkirch Graffenstaden 

The MPR08x series is a proximity 

sensor for intelligent capacitive 

touch sensing . This new family 

is following the first generation 

of EFIELD devices . The major 

difference of the new MPR08x is a 

digital I²C interface which is used 

to communicate with the host 

microcontroller . These sensors also 

offer additional features like low 

power modes, sensitivity control 

and variable sampling rate to 

reduce power consumption . 

The family is composed of two 

members: MPR083 and MPR084 . 

Applications targeted are different 

for the two devices: MPR083 

is more for rotary and MPR084 

is more for touch pad sensing . 

Freescale has a proprietary 

technology to analyse pads 

avoiding EMI influences . This 

technology ensures a good 

detection and rejection of false 

touch detection . 

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96-up price 

MPR084EJ 

€ 1.30 

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490-up price 

MPR083Q 

€ 1.30 

Key Features 

• 1 .8…3 .6 V operation 

• 150 μA average supply current 

(all touch pads being monitored) 

• 1 μA standby current 

• IRQ output pin 

• -40…+85 °C operating 

temperature range 

• 16-pin QFN and TSSOP packages 

• Piezo ceramic sounder to 

simulate mechanical click when 

touching 

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€ 86.- 

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• Portable equipment 

• Home automation 

• Remote controls 

Tools 

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KITMPR084EVM 

€ 86.- 

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Product Functionality 

MPR083 8 position rotary 

MPR084 8 touch pads 

• KITMPR083EVM: 

Evaluation board for MPR083 

(rotary touch pad) 

• KITMPR084EVM: Evaluation 

board for MPR084 (touch pad)

DevCom 03 

High Performance ZigBee-Ready 

Wireless Module 

Anders Böcher, EBV Poing 

Based on the new Flexis series 

of microcontrollers and the low 

power radio IC from Freescale, 

the DevCom 03 module is a 

ready-to-use building block that 

can be mounted directly in any 

end equipment needing ZigBee, 

802 .15 .4 or proprietary wireless 

data transfer at 2 .4 GHz . Compared 

to the low-cost ZigBee module, 

DevCom 02 (see MIP 2007/1), the 

DevCom 03 adds a low-noise 

amplifier and a power amplifier, 

extending the transmission range 

significantly . Additionally, larger 

memory is available to enable 

the use of the latest ZigBee stack 

in router and PAN-coordinator 

applications . The extended 

transmission range makes it 

possible to build large ZigBee 

networks using fewer nodes than 

when just using the low-cost 

DevCom 02 . Typically, the sensor 

and actuator nodes would be built 

from low-cost nodes, while the 

router would utilise the DevCom 03 

modules . In this way, the distance 

between end node and router as 

well as from router to router can 

be made significantly longer, thus 

saving nodes and “jumps” . To 

build a complete ZigBee solution, 

the module is supported by the 

Freescale BeeKit development 

package . A utility supplied by 

Develco will create the DevCom 03 

as a hardware profile in the BeeKit 

environment, making firmware 

customization very easy . 

100-up price 

DEVCOM02S 

€ 14.60 

Features 

• CE and ETSI compliant radio 

module 

• Very low power consumption 

(

MB96F356 

High-Performance 16-Bit Flash MCU 

Franco Delaiti, EBV Milano 

MB96F356 series is based on Fujitsu’s 

advanced 16FX architecture (16-bit 

architecture with instruction pipeline 

for RISC-like performance) . The CPU 

uses the same instruction set as 

the established 16LX series – thus 

allowing for easy migration of 16LX 

software to the new 16FX products . 

The new 16FX family is significantly 

improved in performance – even 

at the same operation frequency 

– power consumption has been 

reduced and the start-up time has 

been decreased . 

For highest processing speed at 

optimized power consumption 

an internal PLL can be selected to 

supply the CPU with up to 56 MHz 

operation frequency from an 

external 4 MHz resonator . The 

result is a minimum instruction 

cycle time of 17 .8 ns together with 

an excellent EMI behavior . 

An on-chip clock modulation circuit 

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significantly reduces emission 

peaks in the frequency spectrum . 

The emitted power is minimised by 

the on-chip voltage regulator that 

reduces the internal CPU voltage . A 

flexible clock tree allows selecting 

different operating frequencies for 

the peripheral independent of the 

CPU speed . 

Features 

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• 16-bit processor, 

56 MHz CPU frequency 

• 4 DMA channels 

• External bus interface 

• On-chip memory: 

• 288 Kbytes Flash program 

memory 

• 12 Kbytes RAM 

• Analog functionality: 

• 15-channel 10-bit A/D converter 

SAR-type, 1 .7 μs conversion 

time 

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• Peripheral interfaces: 

• 2-channel CAN module supports 

protocol version 2 .0 A & B; 

32 message buffers, 

bit rate up to 1 Mbps 

• 4-channel full duplex USART 

(SCI/LIN functionality) 

• I 2 C — up to 400 kbps master 

and slave functionality 

• Timer function: 

• 2 x 16-bit I/O timer 

• 4-channel 16-bit Reload Timer 

• 16-bit PPG (Programmable 

Pulse Generator) 

• 6-channel Input Capture and 

4-channel Output Compare 

• RTC module can signal 

interrupts every half second/ 

second/minute/hour/day 

• System protection: 

• Watchdog 

• Low-voltage detection 

• Clock supervisor 

• Flash security 

• Input/output: 51 GP I/O pins 

• Supply voltage range: 3…5 .5 V 

• Packaging: LQFP-64 

• Temperature range: -40 . . .+125 °C 

Tools 

100-up price 

MB96F356RSBPMC-GSE2 

€ 5.60 

• In-Circuit Debugger: EUROScope 

• EVA-Chip: MB96V300 

• Emulation Main Unit: MB2198-01 

• Emulation Pod/Adapter Unit: 

MB2198-500 

• Probe Cable: MB2198-504 

• Starter Kit: 

Flash-CAN-64P-350-PMC 

• S/W: Existing Softune Tool

MB86R01 “JADE” 

Graphic Controller Plus ARM9 

Herbert Bodewein, EBV Wiesbaden 

MB86R01 (“Jade”) is the new 

extension to the Fujitsu Graphic 

Display Controller (GDC) family 

for embedded industrial and 

automotive graphics applications . 

“Jade” is the first SOC (System On 

Chip) combining an ARM926EJ-S 

CPU core with an enhanced version 

of the successful Coral PA graphic 

processor and numerous external 

interfaces . The ARM926EJ-S is a 

fully synthesisable enhanced 32-bit 

RISC CPU with Java Acceleration . 

The CPU runs all major OSs and 

existing middleware including 

Microsoft Windows CE, QNX, 

Wind River VxWorks, Linux 

and Itron . Fujitsu’s Coral PA 

processor provides sophisticated 

features for embedded graphics 

applications requiring more 

display and rendering functions . 

These features include a 

rendering engine for 2D/3D 

graphic acceleration functions, a 

geometry processor supporting 

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floating point transformations 

for smooth graphics animation 

and 2 x RGB digital outputs 

allowing independent contents 

to be shown on two connected 

screens . Enhanced display features, 

debug interfaces, 8-channel DMA 

and 32-bit timers, 320 MHz core 

frequency (PLL), decryption engine, 

multiple on-board peripherals and 

interfaces are on the feature list . 

Features 

See diagram plus the following key 

features: 

• ARM926EJ-S TM processor with 

ARM ® Jazelle technology for Java 

Acceleration 

• Resolutions from 

320 x 240 up to 1280 x 768 

• Memory management unit (MMU) 

• 16 Kbytes data- and 16 Kbytes 

instruction-cache 

• ETM9 (medium) interface 

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100-up price 

MB86R01PB-GSE1 

€ 39.- 

• 16 Kbytes DTCM and 

16 Kbytes ITCM 

• Unified DDR2 memory support 

running @ 320 MHz for graphic 

memory up to 128 Mbytes 

• Parallel Flash/SRAM Host 

Interface with decryption engine 

• Geometry Processor supporting 

floating point transformations 

• Texture Mapping and Bit-Blt units 

(both up to 4096 x 4096) 

• Alpha Bit-Blt and ROP2 functions 

• 6 layers of overlay display 

(Windows) 

• Alpha plane and constant alpha 

value for each layer 

• Dual digital video input 

(various formats including 

YUV, RGB, ITU656) 

• Video scaler (up/down scaling) 

• Built-in alpha blending, antialiasing 

and chroma-keying 

• Supply voltage 3 .3 V (I/O), 

1 .8 V (DDR2), 1 .2 V (internal) 

• Operating temperature: 

-40…+85 °C 

• BGA-484 package 

Tools and Samples 

• Fully-featured modular Jade 

Evaluation Board (four boards) 

An evaluation version of TARA 

Systems´ “Embedded Wizard” 

has been included 

• Modular Jade Starterkit 

(two boards) 

• Bitmap and Font converter tools 

are available 

• Order name MB86R01PB-GSE1 


37 

Fujitsu

MB86277 “MINT” 

Fujitsu´s Latest Low-End Graphics 

Controller 

Frank Eichelbaum, EBV Poing 

MB86277 “Mint” is a new extension 

to the Fujitsu Graphic Display 

Controller family for embedded 

graphic applications . Binary 

compatible to the ‘Coral’ and ‘Lime’ 

devices, ‘Mint’ is designed to target 

low-end 2D-applications in the 

automotive and industrial market 

segments . 

MB86277 operates internally at 

100 MHz (generated by an on-chip 

PLL) and has a 32-bit MCU host 

interface and a 32/64-bit memory 

interface to address up to 64 Mbyte 

of external SDRAM . 

The video input unit is capable of 

accepting TV tuner, DVD player 


or camera signals in ITU656 

format . Video data is firstly 

stored in graphics memory and 

then displayed on the screen in 

synchronization with the display 

scan . Both NTSC and PAL video 

formats are supported . Video 

pictures of diverse resolution and 

frame frequency rate, in either 

progressive or interlaced mode, 

can be grabbed, scaled down and 

displayed picture-in-picture . 

Functions supported by MINT: 

Using the alpha map, the video 

picture can be blended smoothly 

together with rendered graphics . 

The alpha map can be freely 

assigned to any of the six layers 

100-up price 

MB86277PMC-GS-BNDE1 

€ 7.35 

SK-86277-91F467D 

€ 1,320.- 

and allows the assignment of 

8 bits per pixel, enabling each 

pixel to be mixed to control 

transparency to a much more 

defined degree . In addition, all 

layers can be blended at a fixed 

ratio of 256 levels . To enhance BLT 

(Bit Block Transfers) operations, 

this feature can now be combined 

with alpha-mapping . With this 

function, any bitmap can be 

copied from any source location 

(CPU memory or video memory) 

onto a layer with an independent 

alpha map . Software routines 

making use of this function can 

greatly improve image quality 

(for example anti-aliasing over 

a moving background) . Alpha 

blending blends two image colors 

to provide a transparent effect . 

MINT supports two types of 

blending; blending two different 

colors at drawing and blending 

overlay planes at display . 

Transparent color is not used for 

these blending options . Texture 

mapping is provided to map any 

image pattern onto the plane . The 

texture pattern can be laid out in 

the graphics memory . In this case, 

max . 4096 x 4096 pixels can be 

used . 

MINT operates in little-endian 

mode . All register address 

descriptions in the specifications 

are byte addresses in little endian .

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Video data output 

Analog RGB video output is provided . 

Setting the graphics memory bus 

to 32 bits, digital RGB video output 

is also provided . LCD panels with 

a wide range of resolutions are 

supported by using a programmable 

timing generator . Base clock for the 

display clock is 400 MHz generated 

by an on-chip PLL . 

Display colors 

Supports indirect color mode 

using the look-up table (color 

palette) in 8 bits/pixel . Entry 

for look-up table (color palette) 

corresponds to color code for 

8 bits, in other words, 256 . 

Color data is each 6 bits of RGB . 

Consequently, 256 colors can be 

displayed out of 260,000 colors . 

Supports direct color mode which 

specifies RGB with 16 bits/pixels . 

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The Host CPU interface 

is a synchronous 32-bit data bus 

(up to 100 MHz) which is controlled 

by /CS /RD /WE0-3, BUSY and XBS 

(bus cycle start) . 

Features 

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• 6 layers overlay display 

• 2D basic functionalities: 

• Point 

• Line 

• Bold line strip: 

Draws continuous bold line; 

width selectable from 

1 . . .32 pixels 

• Triangle drawing 

• High-speed 2D line drawing 

• Arbitrary polygon: draws 

arbitrary closed polygon 

containing concave shapes 

consisting of vertices 

• RGB888 digital and RGB analog 

• Display resolutions: 

320 x 240 up to 1024 x 768 

• Supply voltage 3 .3 V (IO), 

1 .8 V (core) 

• Temperature range: 

-40…+85 °C 

• Package: LQFP256 

(unleaded package) 

Tools 

• A starterkit for development 

and evaluation purposes is 

available for the MB86277 which 

incorporates Fujitsu’s MB91F467D 

MCU: SK-86277-91F467D 

• Also available: bitmap converter 

tool, font converter 

Useful Links 

• http://www .fujitsu .com/emea/ 

services/microelectronics/gdc/ 

• http://www .fujitsu .com/emea/ 

services/microelectronics/ 

displaycontrollers/index .html 


39 

Fujitsu


100-up price 

SAF-xE164K-96F66L AB 

€ 9.95 

SAF-XE164 and SAF-XE167 

Real Time Signal Controller 

XE164/XE167 

Ewald Deitermann, EBV Kaarst 

In 1990 Infineon started with a very 

successful 16-bit microcontroller, 

the 80C166 . Over the years they 

improved this family several times 

and now Infineon introduces 

the new XE16x-derivates based 

on a C166S V2 CPU . This core 

features a 5 stage pipeline with 

a performance up to 66 Mips, up 

to 768 kbytes of eFlash on three 

banks and an integrated DSP-unit 

(additional derivates with 80 Mips 

and up to 1 .6 Mbytes eFlash are 

planned) . The integrated dual 10-bit 

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A/D converter with its up to 16 + 8 

channels and the up to 4 CapCom6units 

make this controller perfect 

for motor control and power supply 

applications . The up to 6 Universal 

Serial Interface Channels (USIC) 

and the MultiCAN interface with 

up to 5 CAN nodes make this 

device suitable for transportation 

and communication applications 

(see block diagram for details) . 

The XE164 is available in a 100-pin 

“green” LQFP and the XE167 

comes in a 144-pin LQFP, both 

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Block diagram 

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100-up price 

SAF-xE164H-96F66L AB 

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100-up price 

SAF-xE167F-96F66L AB 

€ 13.30 

with 0 .5 mm pitch . These devices 

operate at a single power supply 

(3 .3 . . .5 V) and at a temperature 

range of -40 . . .+85 °C . 

Key Features 

• C166 family opcode compatible 

• 1 Kbyte stand-by RAM 

• 2 Kbytes dual-port RAM 

• Up to 16 Kbytes data SRAM 

• Up to 64 Kbytes 

program/data SRAM 

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• EEPROM emulation 

• Multi-functional general purpose 

Timer Unit with 5 (16-bit) timers 

• Single clock cycle instruction 

execution with 15 ns instruction 

time 

• USIC (Universal Serial 

Interface Channel) 

• Fast 15 ns multiplication 

(16 x 16-bit), background division 

(32/16-bit) and MAC instructions 

• UART, SPI, LIN, I 2 C, I 2 S protocol 

capability 

• Data buffering supported 

• 8-channel interrupt-driven data 

transfer facilities via peripheral 

event controller (PEC) 

• On-chip real time clock 

• Programmable watchdog timer 

and oscillator watchdog 

• Embedded voltage regulator for 

single power supply incl . brownout 

detection 

• Configurable I/O power supply for 

3 .3 V and/or 5 V 

• On-chip bootstrap loaders 

Application 

• Servo drives 

• Appliance motors 

• HVAC compressors and blowers 

• Stepper motors 

• Industrial pumps 

EASYKITxE164F 

€ 129.- 

EASYKITxE167F 

€ 129.- 

XE164 F G H K 

eFlash 192/384/576/768 192/384/576/768 192/384/576/768 192/384/576/768 

RAM 24/34/50/82 24/34/50/82 24/34/50/82 24/34/50/82 

Package 100 100 100 100 

Freq. [MHz] 

66 - SOP Q1/08 

80 - SOP Q3/08 

66 - SOP Q1/08 

80 - SOP Q3/08 

66 - SOP Q1/08 

80 - SOP Q3/08 

66 - SOP Q1/08 

80 - SOP Q3/08 

Ser. IF 6 4 6 4 

CCU6 3 2 3 2 

CAN 4 2 0 0 

ADC ch. 11 + 5 6 + 5 11 + 5 6 + 5 

• Transportation 

• Power supplies 

• Industrial aircondition 

Tools 

XE167 F G H K 

eFlash 384/576/768 384/576/768 384/576/768 384/576/768 

RAM 34/50/82 34/50/82 34/50/82 34/50/82 

Package 144 144 144 144 

Freq. [MHz] 

66 - SOP Q1/08 

80 - SOP Q3/08 

For easy evaluation two kits are 

available XE164EASYKIT and 

XE167EASYKIT including technical 

documentation and evaluation 

versions of Development Tools, 

e .g . Compiler, Debugger, DAvE 

66 - SOP Q1/08 

80 - SOP Q3/08 

66 - SOP Q1/08 

80 - SOP Q3/08 

66 - SOP Q1/08 

80 - SOP Q3/08 

Ser. IF 6 4 6 4 

CCU6 4 2 4 2 

CAN 5 2 0 0 

ADC ch. 16 + 8 8 + 8 16 + 8 8 + 8 

Mother System v2 .1 and derivate 

implementation files (DIP), 

Memtool (Flash Programming Tool) . 

Free of charge license for Tasking 

Compiler, download under: 

http://forms .tasking .com/xe166 .php 

Dave is also available for download 

under: 

http://www .infineon .com/cms/en/ 

product/channel .html?channel=db3 

a3043156fd57301161fddead71f5b 


41 

inFineon

SAx-XC88x 

Field Oriented Control with XC88x 

Jochen Kraft, EBV Leonberg 

Field Oriented Control (FOC) is 

increasingly being used in consumer 

and industrial motor control 

applications leading to higher 

efficiency, better dynamic response 

and lower torque ripple . Typically 

a 16/32-bit MCU/DSP is required to 

handle the complex trigonometric 

equations . Infineon’s XC886/888 

offers the full benefits of FOC at a 

fraction of the cost compared to 

DSP/DSC solutions . This is achieved 

by a high performance 16-bit vector 

computer called CORDIC and an 

MDU, both are fully programmable 

co-processors for key functions like 

vector rotation and transformations 

used for Park transform or 

normalizing and scaling . The 

XC886/888 CLM enhances the 

XC800 8-bit MCU family with a 

new member providing advanced 

networking capabilities by 

integrating both a CAN controller 

(V2 .0B active) and LIN support on a 

single chip . 

Key Features 

• XC800 core, based on the 

8051 architecture 

• 24 MHz CPU clock 

• Up to 32 Kbytes Flash 


100-up price 

SAFxC888CM-8FFI 

€ 3.20 

• 1792 bytes RAM 

• PWM unit for advanced motor 

control (CapCom6E) including 

dead time control and CTRAP 

• UART, SSC, CAN 

• 10 bit, 8-channel 1 .5 μs ADC 

• Single voltage supply of 3 .3/5 .0 V 

• TQFP-48/64 

• Operation temperature: 

-40…125 °C 

Tools 

• Besides the USCALE low cost 

USB stick (order-nr . SK-XC800- 

USCALE) and the starter kit 

(order-nr .: -XC886/888LM), the 

FOC Drive Application Kit is 

available (order-nr . EK-XC800- 

DRIVE) . This kit provides 

customers with a cost-effective 

method of evaluating and 

developing Permanent Magnet 

Synchronous Motor (PMSM) 

control applications using 

the FOC technique . The kit 

is featuring the CANmotion 

evaluation board which integrates 

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€ 39.- 

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€ 199.- 

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xC886/888 Based Implementation of FOC 

the XC886CM MCU and a 3-phase 

power inverter providing all the 

necessary functions to control a 

24 V PMSM motor . The complete 

FOC source code along with 

a free tool chain offers the 

designers a Plug & Play solution 

to jump start FOC development . 

• CANmotion BLDC Evaluation 

Platform EK-XC800-DRIVE also 

available 


• Home appliances 

• Industrial and automotive 

motor control 

Useful Link 

EK-xC800-DRIVE 

€ 249.- 

• www .infineon .com/XC886 

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SMM310 

Miniature Silicon MEMS Microphone 

Stephanie Keyl, EBV Poing 

The SMM310 silicon microphone is 

about half the size of conventional 

microphones, nevertheless it 

offers the same acoustical and 

electrical properties . Excessively 

so, the new Silicon MEMS (Micro- 

Electro-Mechanical System) 

microphone is much more heatresistant 

and rugged than the 

typical microphones circulating 

today, which are almost all based 

on Electret condenser microphone 

(ECM) technology . Infineon’s silicon 

MEMS microphones can withstand 

temperatures of up to 260 °C and are 

much more immune to vibrations 

and shocks . Thanks to such high 

temperature-resistance, it can be 

soldered without any difficulty 

onto standard PCBs and is thus 

ideally suited for fully automated 

manufacturing . The green 

halogen free SMT (Surface Mount 

Technology) package is reflowsolderable 

. The 1 .5 . . .3 .3 V 

power supply reduces the current 

consumption to 70 μA, which is 

about one third of the current 

consumption of larger microphones . 

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The microphone consists of two 

chips, the MEMS chip and the 

application-specific integrated circuit 

(ASIC) . Both are integrated in the 

same surface mount package . The 

MEMS comprises a rigid, perforated 

back electrode and a flexible silicon 

membrane and serves as a capacitor, 

transforming acoustic waves into 

capacity variations . The ASIC then 

converts these variations into 

electrical signals and passes them 

on to the appropriate processing 

devices, such as a baseband 

processor or amplifier . 

The SMM310 features excellent 

acoustic properties such as a high 

signal-to-noise ratio (59 dB(A)) 

and a high sensitivity (10 mV/Pa) . 

Due to all these properties, the 

MEMS microphone is ideally suited 

to substitute Electret condenser 

microphones . 

There is also a microphone filter 

available from Infineon called 

BGF200 . The application note for 

this device is available on the web . 

Key Features 

• SMD MEMS microphone for 

automated surface mount 

assembly 

• Reflow soldering up to 260 °C 

(lead free) 

• High long-term temperature 

stability 

• Stable sensitivity over power 

supply range 1 .5 . . .3 .3 V 

• Low current consumption of 70 μA 

• Power supply rejection of -55 dB 

• High integrated immunity to EMI 

• Operation temperature: 

-40…+85 °C 

• RoHS-compliant package 

with small footprint 

(4 .72 mm x 3 .76 mm x 1 .25 mm) 

Application 

• Security 

• Buildling automation 

• Noise cancellation 

• Industrial 

• Medical 

Useful Link 

100-up price 

SMM310E6433 

€ 0.65 

• www .infineon .com/microphone 


43 

inFineon

OptiMOS-T 40 V N-Channel MOSFET 

New 40 V Portfolio for High Current 

D 2 PAK and DPAK Applications 

Stephanie Keyl, EBV Poing 

The number of applications where 

efficiency is a main concern is 

rising, therefore the 40 V MOSFET 

market will be growing significantly . 

To address this market, Infineon 

released the new OptiMOS-T 40 V 

technology . OptiMOS-T is a trench 

technology and distinguishes itself 

from other MOSFET-Technologies 

in having an outstanding low 

channel resistance . The portfolio 

includes the 180 A, 2 mΩ D2PAK 

and the 90 A, 4 mΩ DPAK devices . 

These are the highest current 

40 V products available in those 

packages . 

Advantages 

• The further reduction in chip 

thickness means that the already 

best-in-class thermal resistance 

value improved again . 

• The excellent heat dissipation 

shows itself clearly in a high 

short-circuit strength and reliable 

operation at high ambient 

temperatures . 

• By using the deep-body concept 

(similar to the CoolMOS 

solution) the epitaxial doping 

is increased without incurring 

a loss in breakdown voltage . 

This achieves a reduction in 


100-up price 

IPD80N04S3-06 

€ 0.44 

the epitaxial component of the 

on-state resistance . 

• The cell design has been changed 

in order to modify the switching 

characteristics – especially 

to reduce switching losses . 

The square arrangement has 

been abandoned in favor of a 

hexagonal arrangement of sloped 

cells . This results in almost round 

cells in the silicon . 

• The ratio of gate-source 

capacitance to gate-drain 

capacitance has been increased . 

This can greatly reduce the risk 

of an unintentional shunt current 

flowing in bridge circuits . 

• The cell shape greatly reduces 

the Miller capacitance even with 

devices that are identical in area . 

As the Miller capacitance makes 

100-up price 

IPB180N04S3-02 

€ 1.28 

100-up price 

IPD90N04S3-04 

€ 0.65 

a significant contribution to the 

switching losses, this technology 

is also very well suited to highfrequency 


Key Features 

• 180 A D 2 PAK and 90 A DPAK 

• Excellent figure of merit 

• Green (lead-free) and robust 

package 

• Fully AEC-Q101 qualified 


• HVAC and radiator fans 

• Electric oil, water and fuel pumps 

• All other H-bridge and 

3-phase motors 

OptiMOS-T 40V max Ron (mΩ) ID (A) max RthJC (K/W) Package 

IPD90N04S3-04 3.8 90 1.1 DPAK 

IPD80N04S3-06 6.0 88 1.7 DPAK 

IPD70N04S3-07 6.8 78 1.9 DPAK 

IPD50N04S3-08 8.0 50 2.2 DPAK 

IPP/I120N04S3-02 2.3 120 0.5 TO-220; I 2 PAK 

IPP/I100N04S3-03 3.3 100 0.7 TO-220; I 2 PAK 

IPP/I80N04S3-03 3.5 80 0.8 TO-220; I 2 PAK 

IPP/I80N04S3-04 4.2 80 1.1 TO-220; I 2 PAK 

IPP/I80N04S3-06 6.3 80 1.7 TO-220; I 2 PAK 

IPP/I70N04S3-07 7.1 78 1.9 TO-220; I 2 PAK 

IPB180N04S3-02 1.6 180 0.5 7 lead D 2 PAK 

IPB120N04S3-02 2.0 120 0.5 D 2 PAK 

IPB160N04S3-H2 2.4 160 0.7 7 lead D 2 PAK 

IPB100N04S3-03 3.0 100 0.7 D 2 PAK 

IPB80N04S3-03 3.2 80 0.8 D 2 PAK 

IPB80N04S3-04 3.9 80 1.1 D 2 PAK 

IPB80N04S3-06 6.0 80 1.7 D 2 PAK 

IPB70N04S3-07 6.8 78 1.9 D 2 PAK

ISL28194 and ISL28195 

Micropower Operational Amplifiers 


Signal conditioning applications, 

such as battery operated ZigBee 

wireless networks in sensor network 

applications, require amplifiers 

consuming little power . ISL28194 

and ISL28195 are such micropower 

operational amplifiers and are 

optimized for low-power applications . 

The parts are designed for singlesupply 

operation at 1 .8…5 .5 V, 

making them suitable for applications 

using two 1 .5 V alkaline batteries . The 

current consumption of ISL28194 is 

typically 330 nA and the ISL28195 

typically draws 1 μA of supply 

current . Both parts feature rail-torail 

input and output swing (RRIO), 

allowing for maximum battery usage . 

Equipped with a shutdown pin, both 

parts draw typically 2 nA when off . 

The combination of small footprint, 

low power, single supply and railto-rail 

operation make them ideally 

suited for battery operated devices . 

Application note AN1352 provides 

useful information on how to design 

with low power and very high 

impedance devices (see also the 

evaluation board illustration) . 

OUT 

V- 

IN+ 

ISL28194, ISL28195 

(6 LD SOT-23) 

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Features 

• Typical supply current: 

330 nA (ISL28194) 

• Typical supply current: 

1 μA (ISL28195) 

• Low single-supply operation 

down to +1 .8 V 

• Rail-to-rail input/output voltage 

range (RRIO) 

ISL28194, ISL28195 

(6 LD 1.6X1.6X0.5 µTDFN) 

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ISL28194FHZ-T7 

€ 0.80 

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• Maximum 2 mV offset voltage 

• Maximum 60 pA input bias 

current 

• 3 .5 kHz gain bandwidth product 

(ISL28194) 

• 10 kHz gain bandwidth product 

(ISL28195) 

• ENABLE pin feature 

• -40…+125 °C operating temperature 


ISL28194EVAL1Z 

€ 95.- 

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• 2-Cell Alkaline battery-powered/ 

portable systems 

• Window comparators 

• Threshold detectors/ 

discriminators 

• Mobile communications 

• Low power sensors 

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45 

inFineon 

intersil

ISL8540/8560 

40/60 V High Input Voltage 

Integrated 2 A Buck Converter 

Robert Vause, EBV Wootton Bassett 

The Intersil ISL8540/8560 is a 

new generation of high input 

voltage integrated converters 

designed for the industrial and 

telecommunication sector . The 

devices are capable of up to 2 A 

continuous current output . 

The Voltage Feed Forward topology 

ensures good control over the 

output voltage under operating 

conditions, using a fixed frequency 

oscillator . The devices provide 

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€ 3.- 

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1000-up price 

ISL8560IRZ 

€ 3.20 

a wide output voltage from the 

reference voltage to ~90% of the 

maximum input voltage . 

User benefits depending on 

their application include external 

frequency synchronization, so that 

several devices can be clocked out 

of phase to reduce input current 

ripple and reduce overall EMC 

issues . Failure mode results in the 

device operating in hiccup mode 

due to over-current situations . 

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€ 95.- 

Features 

• ISL8540: 40 V maximum input 

voltage 

• ISL8560: 60 V maximum input 

voltage 

• Up to 2 A continuous current 

• 1 .21 V reference voltage allows 

output voltages down to 1 .21 V 

• 9 V minimum input voltage 

• 60 μA standby current 

• 100 . . .600 kHz operation 

• Frequency SYNC pin 

• Pulse by pulse over-current and 

hiccup mode 

• Over temperature and thermal 

shutdown 

• Load dump to 100 V for 400 ms 

• 20-pin HTSSOP 

Tools 

• ISL8540EVAL1Z for 

ISL8540 40 V version 

• ISL8560EVAL1Z for 

ISL8560 60 V version 

ISL8540EVAL1Z 

€ 95.-

ISL3159E 

40 Mbps, 5 V PROFIBUS 

RS485/422 Transceiver 

Jouni Tuunanen, EBV Espoo 

Intersil’s ISL3159E is a high speed 

RS-485/RS-422 transceiver with 

several protection features . 

It is IEC61000 compliant with 

±15 kV ESD protection on the 

RS-485 I/O-pins and class 3 HBM 

ESD level >9 kV on all other pins . 

The receiver has a full fail-safe type 

protection . It is protected against 

open, shorted and terminated but 

undriven data lines . 

The device also supports hot 

plugging; a special circuitry 

ensures that the Tx and Rx outputs 

remain in a high impedance state 

while the power supply stabilizes . 

The driver (Tx) outputs are short 

circuit protected, even for voltages 

exceeding the power supply 

voltage . Additionally, an on-chip 

thermal shutdown circuitry disables 

the Tx outputs to prevent damage 

if the power dissipation becomes 

excessive . The driver outputs also 

have a current limiter . 

This transceiver requires a 5 V 

±10% tolerance supply and delivers 

at least a 2 .1 V differential output 

voltage over the supply range . 

This translates into better noise 

immunity (data integrity), longer 

reach, or the ability to drive up to 

six 120 Ω terminations in “star” or 

other non-standard bus topologies, 

at an exceptional 40 Mbps data rate . 

SCSI applications benefit from 

the ISL3159’s low receiver and 

transmitter part-to-part skews, 

which make it perfect for high 

speed parallel applications where 

large numbers of bits must be 

simultaneously captured . The low 

bit-to-bit skew eases the timing 

constraints on the data latching 

signal . 

The Rx outputs feature high drive 

levels (typically >30 mA @ V OL = 1 V) 

to ease the design of optically 

isolated interfaces . 

Beside industry standard packages, 

the device is also available in a 

very small QFN-package which 

measures only 3 by 3 mm . 

Key Features 

• IEC60031 ±15 kV protection on 

data pins 

• >9 kV protection on all pins 

• Fully fail-safe 

• Up to 40 Mbps data rates 

• Up to 160 nodes 

• Available in 8-pin SOIC and 

MSOP packages (industry 

standard pin out) 

• Also available in 3 x 3 mm 

DFN-10 package 

• Available in -40…+85 °C and 

-40…+125 °C temperature ranges 

1000-up price 

ISL3159EIBZ 

€ 1.10 


1000-up price 

ISL3159EFBZ 

€ 1.45 

• PROFIBUS ® DP and FMS 

networks 

• SCSI “Fast 40” drivers and 

receivers 

• Motor controller/position 

encoder systems 

• Factory automation 

• Field bus networks 

• Security networks 

• Building environmental control 

systems 

• Industrial/process control 

networks 


47 

intersil

IS61WV51232 

High Speed CMOS Static RAM 

Håkan Brönnheden, EBV Malmö 

The ISSI IS61WV51232Axx/Bxx 

devices are high-speed 16-Mbit 

SRAM memories with a 512 Kwords 

by 32 bits organization . Fabricated 

in a highly reliable CMOS process 

and coupled with innovative circuit 

design techniques, these static 

SRAMs combine high performance 

with low power consumption . 

The IS61WV51232ALL operates 

over 1 .65…2 .2 V, the “BLL” versions 

require a 2 .4…3 .6 V power supply . 

Both are available in lower power 

versions, the IS61WV51232ALS and 

IS61WV51232BLS respectively, 

with standby currents as low as 

0 .8 mA . 

Features 

• High-speed access times: 

8, 10, 20 ns 

• Multiple center power and 

ground pins for greater noise 

immunity 

• Easy memory expansion with 

CE and OE options 

• CE power-down 

• Fully static operation: 

no clock or refresh required 


• TTL compatible inputs and 

outputs 

• Single power supply 

V DD 1 .65…2 .2 V 

(IS61WV51232Axx) 

speed = 20 ns 

• Single power supply V DD 

2 .4…3 .6 V (IS61WV51232Bxx) 

speed = 10 ns for V DD 2 .4…3 .6 V 

speed = 8 ns for V DD 3 .3 V ± 5% 

• Industrial and automotive 

temperature support 

• RoHS compliant package 

Available packages 

• 90-ball miniBGA 

(8 x 13 mm) 


• Networking 

• Telecom 

• Industrial 

• Automotive 

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IS61WV51232BLL-10BLI 

€ 14.85 

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LM34917 

Ultra High Density High Voltage 

Switching Regulator 

Matthieu Narbonne, EBV Labège (Toulouse) 

The LM34917 is a member of the 

new family of buck switching 

regulators, LM3491x . The 

regulator’s operation is based on 

a hysteretic control scheme using 

an on-time control which varies 

inversely with V IN . This feature 

allows the operating frequency to 

remain relatively constant over load 

and input voltage variations . The 

hysteretic control requires no loop 

compensation resulting in very fast 

load transient response . 

The voltage input range of the 

LM34917 is 8 . . .33 V with transient 

capability up to 50 V, and the output 

current can be up to 1 .25 A . The 

internal frequency of the LM34917 

is up to 2 .0 MHz . 

Therefore the size of the conductor 

can be reduced . For an output of 

5 .0 V with a current of 1 .25 A the 

value of the inductor is between 

4 .7 μH and 15 μH, depending on 

the needed efficiency . Another 

important feature of the LM34917 

is the package size with only 

1 .97 mm x 2 .3 mm . The LM34917 

is a low cost step down switching 

regulator solution . 

Features 

• Operating input voltage range: 

8…33 V 

• Input over-voltage shutdown 

at 35 V 

• Transient capability > 50 V 

250-up price 

LM34917TL/NOPB 

€ 1.60 

• Integrated N-channel buck switch 

• Valley current limit varies with 

V IN and V OUT to reduce excessive 

inductor current 

• Integrated start-up regulator 

• No loop compensation required 

• Ultra-fast transient response 

• Maximum switching frequency: 

2 MHz 

• Operating frequency remains 

nearly constant independent 

from load current and input 

voltage variations 

• Programmable soft-start 

• Adjustable output voltage 

from 2 .5 V 

• Thermal shutdown 

• Package: micro-SMD 12 

(1 .97 mm x 2 .3 mm) 

Typical Applications 

• High efficiency point-of-load 

(POL) regulators 

• Portable and space-critical 

applications 

• Non-isolated telecommunication 

buck regulators 

• Secondary high voltage post 

regulators 


49 

issi 

nAtionAl 

seMiConduCtor

LM3431 

3-Channel Constant Current LED Driver 

with Integrated Boost Controller 

Sergio Timpretti, EBV Sarmeola di Rubano (PD) 

The LM3431 is a 3-channel linear 

current controller combined with a 

boost switching controller ideally 

suited for driving LED backlight 

panels . The LM3431 drives 3 

external transistors or MOSFETs 

delivering high accuracy constant 

current to 3 LED strings . The 

output current is adjustable to 

drive strings in excess of 150 mA, 

this is expandable to 6 strings . 

The boost controller drives an 

external N-MOSFET switch for 

step-up regulation from input 

voltages of 5 . . .36 V . The LM3431 

features LED cathode feedback to 

minimize regulator headroom and 

optimize efficiency . A DIM input 

pin controls LED brightness from 

analog or digital control signals . 

Dimming frequencies up to 25 kHz 

are possible with a contrast ratio 

of 100:1; contrast ratios greater 

than 1000:1 are possible at lower 

dimming frequencies . The LM3431 

maintains output voltage regulation 

during dimming to eliminate 

audible noise . 


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• 3-channel programmable LED 

current 

• Analog and digital PWM dimming 

control 

• Up to 25 kHz dimming frequency 

• > 100:1 contrast ratio 

• Integrated boost controller 

• 5…36 V input voltage range 

• Adjustable switching frequency 

up to 1 MHz 

• LED short and open protection 

• Selectable fault shutdown or 

automatic restart 

• Programmable fault delay 

Ordering Information 

Order Number 

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Typical application schematic 

Operating Temp. 

Range 

100-up price 

LM3431MH/NOPB 

€ 1.90 

• Programmable cycle-by-cycle 

current limit 

• Output overvoltage protection 

• No audible noise 

• Enable pin 

• LED over temperature shutdown 

input 

• Thermal shutdown 

• LLP and TSSOP-28 exposed 

pad package 


LM34917EVAL 

€ 39.35 

• Automotive navigation displays 

• Small to medium format displays 

Package Type Package Drawing Supplied as 

LM3431MH -40...125 °C TSSOP-28 MXA28A Rail of 48 Units 

LM3431MHX -40...125 °C TSSOP-28 MXA28A 

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2500 Units 

LM3431SD * -40...125 °C LLP-28 SQA28A Rail 

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LM27313 

1.6 MHz Boost Converter with 30 V 

Internal FET Switch in SOT-23 

Tuomas Oravisjärvi, EBV Oulu 

The LM27313 is a new member of 

National Semiconductor’s SOT-23-5 

packaged boost converter family . 

It is targeted for portable battery 

powered applications where small 

solution size and high power 

density is needed . 

LM27313 operates at a fixed 

1 .6 MHz frequency using currentmode 

control for fast transient 

response over a wide input voltage 

range . Protection is provided 

through cycle-by-cycle current 

limiting and thermal shutdown . 

It is internally compensated which 

simplifies design and reduces count 

of external components . LM27313 

has a logic-level shutdown pin that 

can be used to reduce quiescent 

current and hence extending 

battery life time . 

Features 

• 1 .6 MHz switching frequency 

• Wide input voltage range: 

2 .7…14 V 

• 30 V internal DMOS FET switch 

• Switch current up to 800 mA 

• Cycle-by-cycle current limiting 

• 5-lead SOT-23 package 

• < 1 μA shutdown current 

• Internally compensated 

• Operates with tiny capacitors 

and inductors 

• Operating temperature range: 

-40 . . .+125 °C 

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• White LED current sources 

• PDAs and Palmtop computers 

• Digital cameras 

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1000-up price 

LM27313xMF/NOPB 

€ 0.60 

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• GPS receivers 

• Other battery-powered applications 

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51 

nAtionAl 

seMiConduCtor

LM20k 

Family of PowerWise ® Synchronous 

Buck Regulators 


LM20145 DEMOBOARD 

This new family of synchronous 

buck regulators is suitable for a 

wide range of applications . The 

family features two input voltage 

ranges, 3 .0 . . .5 .5 V and 4 .5 . . .36 V 

respectively . The different available 

load currents (2 . . .5 A) allow 

implementing most requirements 

of point of load applications . The 

table shows the available devices 

and their differences . All of them 

feature a precision enable pin, a 

soft-start/track pin and a power 

good pin . The switching frequencies 

are ranging from 500 kHz to 

1 .5 MHz, either factory set or 

adjustable with a single resistor . 

All devices utilize an externally 


100-up price 

LM20123MH/NOPB 

€ 2.25 

100-up price 


€ 2.25 

compensated peak current mode 

control loop which only needs two 

external omponents . The internal 

precision voltage reference with 

an accuracy of ±1 .5% enables an 

excellent line and load regulation 

over the full junction temperature 

range of -40…+125 °C . 

The frequency of the internal 

oscillator can be influenced in 

several ways . The SYNC pin allows 

synchronizing the device to an 

external frequency ranging from 

500 kHz . . .1 .5 MHz . The SYNCOUT 

pin is used to connect one other 

device via the SYNC pin . Two 

LM20k devices can work with 180° 

phaseshift into the same load, 

greatly saving cost and size of the 

input capacitors . Among the listed 

features, one of the more important 

ones is the precision current 

limit: For example LM20144, a 4 A 

version with selectable frequency, 

has a current limit of 

6 A ±10%, guaranteed over the full 

temperature range . This allows the 

user to tightly specify the inductor 

Type U imin U imax I out EN SS PG SYNC R adj SYNC out f sw 

LM20123 3.0 V 5.5 V 3 A X X X 1.5 MHz 

LM20133 3.0 V 5.5 V 3 A X X X X Sync 

LM20143 3.0 V 5.5 V 3 A X X X X Radj 

LM20124 3.0 V 5.5 V 4 A X X X 1 MHz 

LM20134 3.0 V 5.5 V 4 A X X X X Sync 


LM20154 3.0 V 5.5 V 4 A X X X X 1 MHz 


LM20145 3.0 V 5.5 V 5 A X X X 500 kHZ 

LM20242 4.5 V 42.0 V 2 A X X X X Fadj 

100-up price 


€ 2.25 

to a maximum of 6 .6 A, which 

significantly saves size and cost 

compared to devices that only give 

a typical limit at 25 °C . 

The design of power supplies will 

be supported with the simulation 

tool WEBENCH, additionally design 

spreadsheets are available for 

download . These can be used to 

calculate the circuit and to generate 

Bode plots . Finally for all devices 

evaluation boards are available on 

request . 

Key Features 

• Synchronous buck regulator 

• High efficiency 

• 32 mΩ internal FET switch 

• 0 .8 V minimum output voltage 

• Peak current mode control 

• Current limit with guaranteed 

max . and min . values 

• Fixed or adjustable switching 

frequency 

• Output-voltage tracking 

• Over-voltage protection 

• Under-voltage lockout 

• Power good signaling 

• Thermal protection 

• Package: exposed pad 


100-up price 


€ 2.55 

• Point of load supplies 

• Communication infrastructure 

• Power supplies for high 

performance DSPs, FPGAs and 

MCUs

LMX 9838 

Complete Bluetooth Module 

Bernd Rodig, EBV Burgwedel 

The LMX9838 Bluetooth Serial- 

Port module is a fully integrated 

Bluetooth 2 .0 module and consists 

of a baseband controller, a 

2 .4 GHz radio, a crystal, an antenna, 

an LDO and all needed RF discretes . 

Everything combined in one 

10 mm x 17 mm x 1 .85 mm 

package to form a complete small 

form factor Bluetooth node . 

The highest level of integration 

makes this module very suitable 

for Bluetooth applications with 

very little board space . Based 

on National’s CompactRISC 

16-bit processor architecture and 

Digital Smart Radio technology, 

the LMX9838 is optimized to 

handle data and link management 

processing requirements of a 

Bluetooth node . 

The firmware supplied in the 

on-chip ROM memory offers a 

complete Bluetooth (v2 .0) stack 

including profiles and command 

interfaces . 

This firmware features point-topoint 

and point-to-multipoint link 

management supporting data rates 

up to the theoretical maximum over 

RFComm of 704 kbps . The internal 

memory supports up to 7 active 

Bluetooth data links and one active 

SCO link . 

The on-chip Patch RAM provided 

for lowest cost and risk allows the 

flexibility of firmware upgrades . 

Features 

• Better than -80 dBm input 

sensitivity 

• Class 2 operation 

• UART command/data port speed 

up to 921 .6 kbps 

• Baseband and Link Manager 

• Protocols: L2CAP, RFCOMM, SDP 

• Profiles: GAP, SDAP, SPP 

• Supports network approaches, 

like “piconet” 

• Advanced Audio Interface for 

external PCM codec 

Target Applications 

• Telemedicine, medical, industrial 

and scientific 

• POS terminals 

• Data logging systems (hand-held 

equipment and multimeters) 

• Wireless data terminals 

• Audio/gateway applications 

(Mobile voice systems, telecomappliances 

like phones) 

Major Benefits 

The LMX9838 is pre-qualified as a 

Bluetooth subsystem . Conformance 

testing through the Bluetooth 

qualification program enables a 

short time to market after system 

integration by insuring a high 

probability of compliance and 

interoperability . Certified i .e . by 

Bluetooth-SIG QD ID: B012394 and 

FCC certified, FCC ID: ED9LMX9838 . 

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100-up price 

LMx9838SB/NOPB 

€ 17.75 

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Support, Tools and 

useful Links 

Beside the proven “SB Commander” 

software tool, other design-support 

documentations, application notes 

and Kits are available: 

• AN-1700: LMX9838 Cable 

Replacement 

• AN-1706: LMX9838 Firmware 

Release Note 

• AN-1709: LMX9838 Bluetooth ® 

(PRD 2 .0) Qualification Guideline 

and 

• Bluetooth Serial Port Module 

Evaluation Kit/BT Serial Adapter 

LMX9838DONGLE via your local 

EBV office 

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Typical application with audio support 


53 

nAtionAl 

seMiConduCtor

LM4562 and LME497x0 

High Performance Single, Dual and 

Quad Audio Operational Amplifiers 


While everything in the audio 

domain tends to migrate to the 

digital world, there are still lots 

of audio applications that need 

decent analog amplification, e .g ., 

the signal conditioning done 

in front end analog to digital 

converters and the digital to 

analog stages after the digital 

signal processing . Audio purists 

know, how important this stage 

is . For those applications National 

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100-up price 

LME49710MA/NOPB 

€ 1.30 

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100-up price 

LM4562MA/NOPB 

€ 2.35 

Semiconductor developed these 

high performance amplifiers . All 

combining very low distortion 

and high slew rate to easily 

satisfy the most demanding audio 

applications . To ensure that the 

most challenging loads are driven 

without compromise, the family 

has an output current capability of 

±26 mA and an output stage that 

drives 2 kΩ loads to within 1 V of 

either power supply voltage and 

to within 1 .4 V when driving 600 Ω 

loads . Even when driving complex 

loads with values as high as 100 pF 

the amplifiers still achieve 

outstanding AC performance . 

A common mode rejection ratio 

(CMMR) and power supply rejection 

ratio (PSSR), both of 120 dB, 

give the amplifiers excellent DC 

performance . LME49740 and 

LM4562 have a low voltage 

noise density of 2 .7 nV/√Hz with 

LME49710 even lower at 2 .5 nV/√Hz . 

Key Specifications 

• Power supply voltage range: 

±2 .5…±17 V 

• Slew rate: ±20 V/μs typ . 

• Gain bandwidth product: 

55 MHz typ . 

100-up price 

LME49740MA/NOPB 

€ 4.60 

• Input bias current: 7 nA typ . 

• Open loop gain: (R L = 600 Ω) 

140 dB typ . 

• Input offset voltage: 0 .05 mV typ . 

• DC gain linearity error: 0 .000009% 

• THD+N: 0 .00003% 

Features 

• Easily drives 600 Ω loads 

• Optimized for superior audio 

signal fidelity 

• Output short circuit protection 

• PSRR and CMRR exceed 

120 dB typ . 

• SOIC, DIP, TO-99 metal can 

(LM4562, LME49710) packages 


LME49740MABD 

€ 131.35 

• Ultra high quality audio 

amplification 

• State of the art phono pre amps 

• High performance professional 

audio 

• High fidelity equalization and 

crossover networks 

• High performance line drivers 

• High performance line receivers 

• High fidelity active filters

LPC291x 

High-Performance ARM968E-S 

Processor 

Timo Kujala, EBV Espoo 

The NXP LPC291x series is based 

on the popular, high-performance 

ARM968E-S processor core 

and targets industrial, medical, 

motor control and automotive 

applications . NXP offers two new 

devices, LPC2919 and LPC2917, to 

fill the performance gap between 

the ARM7 LPC2000 family and 

ARM926 LPC3000 family . 

The NXP LPC29xx microcontrollers 

are based on an 80 MHz 

ARM968E-S core with two CAN 

controllers and up to two LIN 

controllers plus a versatile set of 

other peripherals . Independent 

clocks with different clock rates can 

be applied to high-speed PWM and 

UARTs to provide flexibility and 

minimizing power consumption . 

Two 3 V, 8-channel, 10-bit ADCs can 

be synchronized with the PWMs, 

making them ideal for motor 

control applications . 

All three derivates offer consistent 

peripherals and code compatibility . 

The LPC2917 and LPC2919 have 

32-bit external memory controllers 

supporting static memory devices, 

including RAM, ROM, Flash, burst 

Flash and external I/O devices . 

These microcontrollers offer up to 

768 Kbytes of on-chip Flash and 

80 Kbytes SRAM, which is 

subdivided into tightly coupled 

memory blocks . The SRAM provides 

16 Kbytes for data and 16 Kbytes 

for code, as well as 48 Kbytes for 

general purpose use . Each device 

uses the standard ARM test/debug 

JTAG interface and therefore they 

are compatible with existing tools . 

Features 

• 80 MHz, 32-bit ARM968E-S 

with AHB/APB interfaces 

• Two TCM memories (16 Kbytes 

instruction, 16 Kbytes data) 

• 48 Kbytes of SRAM 

• Up to 768 Kbytes of Flash 

program memory 

• Two dedicated LIN 2 .0 master 

controllers 

• Two 16C550 UARTs 

• Three SPI controllers 

• Four 32-bit timers 

• Four 6-channel PWM units 

• Standard ARM test/debug JTAG 

interface 

• LQFP100 or LQFP144 packages 

with 5 V tolerant I/Os 

100-up price 

LPC2917FBD144,551 

€ 6.55 


• Industrial automation 

• In-vehicle networking 

• Motor control 

• CAN gateways 

• PLCs 

• Industrial networking 

• In-car entertainment 

• Navigation 

• Comfort control 

Useful Links 

100-up price 

LPC2919FBD144,551 

€ 7.05 

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• LPC29xx device highlights: 

http://www .standardics .nxp .com/ 

products/lpc2000/lpc29xx/ 

• Datasheet: http://www . 

standardics .nxp .com/products/ 

lpc2000/datasheet/lpc2917 . 

lpc2919 .pdf 

• 16-/32-bit ARM9 Core MCU 

function: http://www .standardics . 

nxp .com/products/mcus/arm9/ 


55 

nAtionAl 

seMiConduCtor 

nXP

KMA200 

Programmable Angle Sensor System 


Picture 1 

The angle sensor KMA200 (picture 1) 

uses the magnetoresistive effect 

(MR) to evaluate the direction of a 

magnetic field . The resistance of 

the material (Permalloy) depends on 

the angle between the current and 

the magnetisation direction . If the 

sensor is operating in its saturation 

field strength then the measured 

values are independent from effects 

like magnetic drift during life time, 

magnetic drift with temperature, 

mechanical tolerances and 

mechanical shifts caused by thermal 

stress . Picture 2 shows a typical 

system to measure the shaft angle . 

The KMA200 consist of the MR 

sensor element itself which uses two 

Wheatstone bridges and the signal 

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processing unit as shown in picture 3 . 

The signals from the sensors are first 

converted into digital values and then 

the controller calculates the angle 

values . These angles can be read 

out as analog signals at two pins or 

alternatively as digital values (13 bits) 

using the serial interface (SPI) . The 

serial interface is also used for device 

configuration . Any position can be 

set as zero position . The angle range 

can be limited by programming 

the lowest and the highest values 

during setup . All settings are stored 

in an internal E 2 PROM . The device 

has a build in diagnosis supervisor 

to ensure the validity of its output 

signals . Error conditions are signalled 

by setting the error flag in the digital 

output word . 

Key Features 

• Magnetic field angular sensing 

• Variable angle range up to 180° 

• High accuracy 

• Pre-calibrated ready to use 

• Resolution better than 0 .05° 

• Max . angle error ±1 .65° 

• Digital or analog output signal 

Picture 3 

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• Bidirectional digital interface (SPI) 

• Online diagnosis 

• Overvoltage protection on all pins 

• Single 5 V supply 

• Operating temperature range 

-40…+160 °C 


• Throttle position 

• Pedal position 

• Seat position 

• Fork-lift truck 

• Robots 

• Dishwashers 

• Driverless transport systems 

Useful Links 

1000-up price 

KMA200,115 

€ 4.25 

• Product portfolio: http://www . 

nxp .com/acrobat_download/ 

literature/9397/75015729 .pdf 

• General information about MR: 

http://www .nxp .com/acrobat/ 

various/SC17_GENERAL_MAG_2 .pdf 

• Application note AN00004: 

http://www .nxp .com/acrobat_ 

download/applicationnotes/ 

UZZ9001_APPNOTE00004 .pdf 

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PCF2128 

Real Time Clock 

Markus Theis, EBV Wiesbaden 

The PCF2128 is a low-power realtime 

clock (RTC) with an integrated 

32 .768 kHz crystal . The integration 

of the crystal in the same package 

as the RTC has the advantage that 

it eliminates crystal procurement 

issues, RTC frequency tuning and 

PCB layout issues . 

The PCF2128 can be configured to 

supply particular functions required 

by different applications . These 

functions include timekeeping, 

power management, CLKOUT and 

time stamping . 

With a supply current of 450 nA 

(V DD = 3 V, timekeeping only), 

the device fits perfectly in 

battery-powered applications . A 

programmable battery switch-over 

circuit enables an uninterruptible 

power supply and continuous 

timekeeping . The PCF2128 provides 

several registers for day and time 

information and is programmable 

using either an SPI or I²C bus 

interface . 

Features 

• Integrated 32 .768 kHz crystal 

• Temperature-compensated 

crystal oscillator (TCXO) with 

integrated capacitors 

• Programmable alarm, countdown 

timer and watchdog timer 

function with interrupt capability 

• Provides year, month, day, 

weekday, hours, minutes and 

seconds 

• 512 bytes of general-purpose 

SRAM 

1000-up price 

PCF2128T/1,112 

€ 2.- 

• 1 second or 1 minute interrupt 

output 

• Oscillator stop detection 

• Power-on reset 

• Low backup current: 950 nA (typ .) 

• Selectable I²C and SPI interface 

• Package: SO-20 


• Utility meters 

• HVAC equipment 

• Audio/video components 

• Set-top boxes/television sets/ 

modems 

• Network routers, hubs, switches, 

bridges 

• Cellular infrastructure equipment 

• Pagers/PDAs 

• POS equipment 

• Test meters/fixtures 


• Computer products 

• Other industrial/medical/ 

automotive 


57 

nXP

NCP3102 

10 A Synchronous PWM Regulator 

Claudia Colombini, EBV Poing 

The NCP3102 is a highly 

integrated synchronous PWM 

regulator with integrated low 

and high side MOSFETs with 

an output current of maximum 

10 A . The device features an 

over-current limit, which can be 

programmed via a small external 

resistor on the BG pin . The 

device will operate from 5 V or 

12 V supply . The output voltage 

can be precisely regulated down 

to 800 mV with an accuracy of 

±1 .0% (when the V FB pin is tied 

to V OUT ) and up to a maximum of 

75% of the input voltage, as the 

NCP3102 can achieve 75% duty 

cycle . The voltage mode PWM 

controller runs from the internal 

oscillator at 275 kHz . Protection 

features include programmable 

short circuit protection and under 

voltage lockout (UVLO) . 


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The COMP/DIS pin can be used to 

compensate the voltage control 

feedback loop . The compensation 

capacitor will act as a soft start 

capacitor to set the soft start time . 

Pulling this pin below 400 mV will 

disable the NCP3102 . 

The available evaluation board 

has an output voltage of 3 .3 V and 

shows an efficiency of more than 

90% for the full input voltage range . 

For calculating all needed external 

components a design spreadsheet 

is available . In this Excel file you can 

define input voltage, output voltage, 

output current, current ripple and 

transient response/voltage drop . 

The output of the Excel speadsheet 

are the values of the inductor (with 

a selection of Coilcraft parts), the 

resistor divider, the output capacitor 

(with a selection of Sanyo parts), 

the expected power losses and the 

over-current resistor value . 

2500-up price 

NCP3102MNTxG 

€ 2.05 

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• Input voltage: 4 .5 . . .13 .2 V 

• Output voltage adjustable from 

0 .8…(75% x V IN ) 

• Output current: 10 A max . 

• Power MOSFET on-resistance: 

8 mΩ typ . 

• Resistor programmable 

current limit 

• 275 kHz internal oscillator 

• Input under-voltage lockout 

• Capacitor programmable 

softstart 

• Greater than 90% efficiency 

• Package: QFN-40 

• Evaluation board & design tool 

available 


2500-up price 

NCP3102BMNTxG 

€ 2.15 

• Servers/networking 

• DSP and FPGA power supply 

• DC-DC regulator modules 

• Industrial PC 

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NCP3065/NCV3065 

1.5 A Constant Current Switching 

Regulator for LEDs 

Peter Bensch, EBV Berlin 

The NCP3065 is a monolithic 

switching regulator designed 

to deliver a constant current of 

maximum 1 .5 A for powering 

high brightness LEDs . For better 

efficiency the device has a very 

low feedback voltage of 235 mV 

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€ 0.48 

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2500-up price 

NCP3065DR2G 

€ 0.48 

which is also used to regulate 

the average current of the 

LED string . The device can be 

configured in step-down (buck) and 

step-up (boost) topologies with 

a minimum number of external 

components and operates with 

ceramic or no output capacitors . 

The NCP3065 switching regulator 

can be configured in a controller 

topology with the addition of an 

external transistor to support 

higher LED currents beyond the 

1 .5 A rated switch current of the 

internal transistor . The NCP3065 

is available in different standard 

packages; the smallest one being 

the DFN-8 (4 mm x 4 mm) . 

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4000-up price 

NCP3065MNTxG 

€ 0.50 

Key Features 

• Input voltage range 3…40 V 

• Current consumption 7 mA max . 

• Cycle-by-cycle current limit 

• No control loop compensation 

required 

• Switching frequency adjustable 

to 250 kHz max . 

• Internal thermal shutdown with 

hysteresis 

• Automotive version NCV3065 


-40…+125 °C 

• Packages: DIP-8, SOIC-8, DFN-8 


• Automotive front and rear lamps 

• General LED lighting 

(MR16 replacement) 

Tools 

2500-up price 

NCV3065DR2G 

€ 0.51 

• NCP3065 buck evaluation board 

• NCP3065 boost evaluation board 

• Application note AND8298 


59 

on 

seMiConduCtor

NCP4302 

Synchronous Rectification Controller 

for Flyback SMPS 

Johan Evers, EBV Maarssenbroek 

If you are about to design 

synchronous rectifier operation 

into a flyback converter, the 

NCP4302 provides you with all 

required control and protection 

functions . Especially if you have 

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limited space for your design, 

this device offers you significant 

efficiency improvements at 

minimal extra cost . In addition to 

the synchronous rectifier control, 

an accurate shunt regulator, 

current monitoring circuit and 

optocoupler driver are included 

on-chip . This makes the NCP4302 

a true single chip secondary 

solution . This highly versatile 

device works with any type of 

flyback topology; continuous 

mode, quasi resonant mode or 

discontinuous mode . 

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2500-up price 

NCP4302ADR2G 

€ 0.90 

Key Features 

• Self contained synchronous 

rectifier control 

• Integrated controller and driver 

• Built-in voltage reference 

• True secondary zero current 

detection 

• High gate drive currents 

• Current sense flexibility 

• Accurate low voltage reference 

• Programmable secondary-side 

switch delays 

Key Parameters 

• Supply voltage: 28 V max . 

• Supply current: 

2 .7 mA typ . 

• Output drive current: 2 .5 A peak 

• Operating frequency: 

250 kHz max . 

• Reference accuracy: 1% 

• Reference voltage: 

2 .55 V (NCP4302A) 

• Reference voltage: 

1 .275 V (NCP4302B) 

• Packaging: SO-8 (Pb-free) 

Tools 

• Evaluation board 

(NCP4302ADR2GEVB) 

2500-up price 

NCP4302BDR2G 

€ 0.90

NCP1351 

Variable Off-Time, Current Mode 

Controller 

Michel Siohan, EBV Antony (Paris) 

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The NCP1351 is a current mode 

controller targeting low power offline 

flyback Switched Mode Power 

Supplies (SMPS) where cost is of 

utmost importance . Based on a 

fixed peak current technique (quasi 

fixed T ON ), the controller decreases 

the switching frequency as the 

load becomes lighter . As a result, 

a power supply using the NCP1351 

naturally offers excellent no load 

power consumption . An adjustable 

timer permanently monitors the 

feedback activity and protects the 

supply in presence of a short circuit 

or an overload . Once the timer 

elapses, NCP1351 stops switching 

and stays latched for versions A/C 

and tries to restart for versions 

B/D . The dual level over-current 

protection on versions C/D allows 

the design of power supplies that 

will transiently supply a higher 

power output than allowed in 

steady-state operation . The internal 

structure features an optimized 

arrangement which allows one 

of the lowest available startup 

currents, a fundamental parameter 

when designing low standby power 

supplies . The negative current 

sensing technique minimizes the 

impact of the switching noise 

on the controller operation and 

offers the user selecting the 

maximum peak voltage across the 

current sense resistor . The power 

dissipation can thus be application 

optimized . Finally, the bulk input 

ripple ensures a natural frequency 

smearing which smoothes the EMI 

signature . 

NCP1351 Auto-recovery Latched Dual level 

A X 

B X 

C X X 

D X X 

Overcurrent protection on NCP1351 versions 

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2500-up price 

NCP1351DDR2G 

€ 0.35 

Features 

• Quasi fixed T ON , variable T OFF 

current mode control 

• Frequency foldback with peak 

current compression 

• Short circuit protection 

• Primary or secondary side 

regulation 

• Dedicated latch input for overvoltage 

and over-temperature 

protection 

• Low start-up current 

• Natural frequency jittering 

• Negative current sensing with 

programmable current sense 

resistor 

Benefits 

• Natural frequency foldback 

• Noise free & improved efficiency 

at light loads 

• Independent of the auxiliary 

winding 


2500-up price 

NCP1351ADR2G 

€ 0.35 

• Auxiliary power supplies 

• Off-line battery chargers 


61 

on 

seMiConduCtor

LR W5AP, LA W5AP, LY W5AP, 

LT W5AP, LB W5AP, LD W5AP 

Diamond DRAGON ® 

Peter Bensch, EBV Berlin 

The LR W5AP (red), LA W5AP 

(amber), LY W5AP (yellow), 

LT W5AP (true green), LB W5AP 

(blue) and LD W5AP (deep blue) 

are the first members of the 

new high brightness Diamond 

DRAGON ® LEDs from Osram Opto 

Semiconductors . The LEDs are 

packaged in a black SMD package 

with a colorless clear silicone lens 

for improved viewing angle and 


an increased light out coupling . 

Additional LED colors, like white, 

ultra white and warm white are 

coming soon . 

With its typical power rating of 

5 . . .8 W the Diamond Dragon ® is 

linking the established 1 . . .3 W LEDs 

(Platinum Dragon) with the 10 W 

LEDs (OSTAR) . It is compatible 

with the other Dragon footprints 

and can therefore be integrated 

in existing designs without any 

modifications . 

The LED produces its impressive 

brightness at a typical operating 

current of 1 .4 A (max . 2 A) in 

continuous operation . This current 

can be provided by switching 

converters like the NCP3065 from 

ON Semiconductor ® . 

2000-up price 

LR W5AP 

€ 4.70 

Key Features 

• Viewing angle: 130° 

• Forward voltage: 3 .1 V typ . 

• Grouping parameter: luminous 

flux, wavelength 

• Thermal resistance 2 .5 K/W typ . 

• Temperature range: -40…+110 °C 

• Taping: 24 mm tape with 200/reel 

• ESD protected according to 

JESD22-A114-C 


2000-up price 

LB W5AP 

€ 5.35 

• Indoor and outdoor lighting 

• Emergency and warning lights 

• Stage lighting 

• Signal and symbol luminaires 


• Retrofits 

• Architectural illumination 

Type Colour Wavelength Typ. Brightness Typ. Optical Eficiency 

LR W5AP Red 625 nm 145 lm @ 1.4 A 45 lm/W @ 1.4 A 

LA W5AP Amber 617 nm 180 lm @ 1.4 A 55 lm/W @ 1.4 A 

LY W5AP Yellow 590 nm 130 lm @ 1.4 A 42 lm/W @ 1.4 A 

LT W5AP True Green 528 nm 185 lm @ 1.4 A 40 lm/W @ 1.4 A 

LB W5AP Blue 470 nm 75 lm @ 1.4 A 16 lm/W @ 1.4 A 

LD W5AP Deep Blue 455 nm 1250 mW @ 1.4 A 28% @ 1.4 A

LR T68F, LY T68F 

Red and Yellow TOPLED Enhanced 

InGaAlP Thinfilm with Black Surface 

Antonio Cinelli, EBV Modena 

These two new TOPLEDs , available 

in red and yellow, are built with the 

new Enhanced InGaAlP Thinfilm 

technology to reach a record in 

light output from a single LED chip . 

Around 75% of the total produced 

light is emitted which leads to a 

typical optical efficiency values of 

68 lm/W (red) and 64 lm/W (yellow) . 

A higher contrast is reached 

through the black surface of the 

package and the use of diffused 

resin . 

Thanks to new Enhanced InGaAlP 

Thinfilm technology, these 

TOPLEDs can reach a maximum 

luminous intensity of 1400 mCd and 

a typical luminous flux of 2800 mlm 

when driven with 20 mA forward 

current . These new devices come 

in the industry standard PLCC-2 

package and are Lambertian- 

Emitters resulting in a viewing 

angle of 120° . 

Key Features 

• TOPLED Enhanced InGaAlP 

Thinfilm technology 

• Higher contrast by a black surface 

and diffused resin 

• Red (625 nm) (LR T68F) and 

yellow (590 nm) (LY T68F) are 

available 

8000-up price 

LYT68F 

€ 0.10 

• Maximum 1400 mCd and typically 

2800 mlm @ 20 mA 

• Typical optical efficiency: 

68 lm/W (red), 64 lm/W (yellow) 

• Forward voltage from 1 .9…2 .5 V 


-40…+100 °C 

• Junction temperature max . 125 °C 


• Indoor & outdoor lighting 

• Decorative buildings lighting 

• Displays 

• Traffic lights 

• Marker lights 

• LCD backlighting 

• Interior automotive dashboards 

and lighting 

• Home appliances lighting 

• Barcode scanner lighting 

• Signs illumination 


LED drivers: 

EBV has several LED drivers 

ranging from DC/DC to AC/DC 

topologies from many suppliers . 

Please ask your local FAE to 

support you choosing the right LED 

driver for your application . 

Useful Links 

8000-up price 

LRT68F 

€ 0.10 

• www .osram-os .com 

• www .ledlightforyou .com 


63 

osrAM

SFH7710 

SMD Orientation-Sensor with 

Digital Output 

Roland Eisenträger, EBV Oslo 

The SFH7710 is a unique low cost 

orientation sensor featured in an 

extremely small SMT package . 

It can be used in any application 

where vertical or horizontal tilt 

angles need to be detected and 

defined . 

The optical detection of orientation 

is possible by measuring the 

gravity dependant position of a 

steel ball . This steel ball is able 

to move within a micro tube and 

either blocks or admits light to pass 

between an optic emitter and an 

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anode 

(must not be 

connected) 

optical sensor . The digital output 

is presented as an open collector 

signal . 

To give true low power operation 

an on chip ASIC pulses the emitter 

current and detects and latches the 

output level during pulse intervals . 

Key Features 

• Small size: 4 .4 x 4 .4 x 1 .8 mm 

• Mean current consumption: 

50 μA max . 

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• Peak current (sampling): 

20 mA max . 

• Supply voltage: 2 .3…3 .6 V 

• Tilt angle: 70 . . .200° output state 

low, 250 . . .20° output state high 

• Operating ambient temperature: 

-20…+65 °C 

• Open collector output 


Detecting and defining horizontal/ 

vertical tilt angles in: 

• Machinery 


• Camcorders 

• Displays 

• Mobile phones 

• PDAs 

• Notebook PCs 

• Computer peripherals 

Ordering 

Information 

• SFH7710 

800-up price 

SFH7710 

€ 0.90 

Datasheets and 

Application Notes 

• http://www .osram-os .com/ 

orientationsensor

SFH5711 

High Accuracy Ambient Light Sensor 

Wolfgang Reis, EBV Poing 

Ambient light sensors are used 

wherever the settings of a system 

such as backlighting of mobile 

devices or instrument panels in 

cars need to be adjusted to ambient 

light conditions as perceived 

by humans . OSRAM Opto 

Semiconductor’s new Ambient 

Light Sensor SFH 5711 detects 

brightness in exactly the same way 

as the human eye . To achieve this, 

the sensor needs to have a spectral 

sensitivity which is similar to the 

human eye . Even small changes in 

light can be detected accurately . 

This allows for light adjustment 

in tiny steps (nearly continuous 

dimming), so that devices 

controlled by the SFH 5711 

are always visible . Designed for 

a wide range of applications, it 

can be used in situations where 

systems and equipment need to 

adjust to ambient light conditions 

as perceived by the human eye . 

The SFH 5711 is the latest addition 

to OSRAM Opto Semiconductor’s 

Ambient Light Sensor product 

line and has a logarithmic output 

ensuring maximum precision over 

the complete range of brightness 

levels from darkness to sunshine . 

It is far superior to the results 

achieved by linear sensors . Linear 

output sensors switch back and 

forth between various resolutions 

using different resistances . 

The SFH 5711 consists of a 

photodiode which is used for light 

detection and an IC with the following 

functions: 

• Amplifying the output signal of 

the photodiode 

• Logarithmical converter 

• Temperature correction 

Key Features 

• Logarithmical output allowing 

precise operation over a wide 

illumination range 

• Low temperature coefficient, 

thus performing with great 

accuracy over a wide range of 

temperatures 

• Accuracy: ±3% deviation from 

logarithmical curve 

• Supply voltage: 2 .3…5 V 

• Perfect V-lambda characteristic, 

which means virtually perfect 

eye-like sensitivity 

• Sensitivity range: 3…80000 lx 

• Automotive approved 


• Keypad and display backlight 

controls 


• Dashboards 

• Headlamp controls 

• Head-up displays 

Order Information 

• SFH5711 

2000-up price 

SFH5711 

€ 0.75 


65 

osrAM

S3C6400 

Low-Power, High-End ARM ® 11 Application 

Processor with Multimedia Performance 

Nicola Gardini, EBV Modena 

The S3C6400 combines the high 

performance of an ARM 1176EJF-S 

core with low power, connectivity and 

multimedia capabilities . Multimedia 

applications frequently use the 

32/64-bit internal bus architecture 

and hardware accelerators such as 

audio/video processing, 2D graphics, 

display control and scaling . 

The optimized interface to external 

memory is capable of sustaining 

the high memory bandwidth 

required in multimedia and highend 

communication services . The 

S3C6400 is built on a 90 nm CMOS 

process that provides low power 

features for portable equipment . 

Meritech Co ., Ltd (www .meritech . 

co .kr/eng/) is a “Samsung Solution 

Partner” and supplies an S3C6400 

evaluation board with schematics 

and Windows CE 6 .0 BSP . 

Key Features 

• ARM 1176EJF-S architecture 

• Operating frequency 

up to 667 MHz 

• Java acceleration engine 

(Jazelle ® technology) 

• 64-bit cache interface 

• 8 stage pipeline 

• TrustZone security extension 

• Camera interface 

up to 4096 x 4096 pixel resolution 

in YCbCr 4:2:2 format 

• Real time video encoding/ 

decoding MPEG4/H .264/H .263 

and WMV9 decoding 


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• Full-duplex VGA 30 fps and halfduplex 

720 x 480 30 fps (720 x 576 

25 fps) encoding/decoding 

• TV out encoder (NTSC/PAL) 

• AC97 audio codec 

• TFT LCD display controller with 

5 window layers for PIP/OSD 

• Dual i80 interface LCD support 

• Touch screen interface 

• Parallel chip modem interface 

• 8-channel 10-bit 500 ksps A/D 

converter 

• MMC/SD/CF/CF+/ATA interface 

• 188 configurable GPIOs 

• 32-channel DMA 

• 424-pin FBGA 14 mm x 14 mm, 

0 .5 mm dot pitch 

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• 4-channel timer with PWM 

• Operating conditions 

• Core voltage supply: 1 .0 V 

• Memory interface: 1 .8 V 

• I/O interface: 1 .8/2 .5/3 .3 V 

• Available in commercial and 

industrial temperature range 


1000-up price 

S3C6400x53-YB80 

€ 9.75 

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• Infoentertainment 

• Industrial/medical multimedia 

application 

• High-end gym-machine 

• Hand-held high-end barcode 

reader

S30ML-P Family 

Small-Page ORNAND Flash Family 


The S30ML-P family consists 

of single-voltage flash memory 

products manufactured using 90 nm 

MirrorBit ® technology . These 

flash devices feature a Static Page 

Register . This allows program 

and read data to be transferred 

between the static page register 

and the memory cell array in 

whole-page increments . The 

erase operation is implemented 

in block increments . This makes 

these serial-type memory devices 

very well suited for shadowing 

applications where the contents of 

the flash memory is copied straight 

into RAM for execution . Due to 

the block-transfer construction 

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these devices are however not 

recommended for applications 

where code is executed directly out 

of the flash memory . 

Key Features 

• Pin compatible with single power 

NAND flash 

• Command-set compatible with 

single power NAND flash 

• Available bus widths: 

x8 and x16 

• Enhanced VersatileI/O Control 

• Available in 100% valid blocks 

versions 

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S30ML512P50TFE510 

€ 5.90 

Key Specifications 

• Densities: 128/256/512 Mbit 

• Single supply voltage: 2 .7 . . .3 .6 V 

• Current consumption: 

10 μA (stand by) 

• Program/Erase cycles: 100000 

• Data retention: 10 years typical 

• Operating temperature: 

-40…+85 °C 

• x8 block size: 

512 Kbytes + 16 Kbytes 

• x16 block size: 

256 Kbytes + 8 Kbytes 

• Bad blocks: 2% max . 

• Packaging: 48 pin TSOP 


These devices are available in 

ECC free (100% valid blocks) 

and ECC required versions . The 

latter requires an ECC capable of 

correcting 1 bit per 512 bytes in 

order to handle the less than 2% 

bad blocks . 


67 

sAMsung 

sPAnsion


100-up price 

STM32F101CBT6 

€ 3.20 

STM32 

ARM ® Cortex-M3 MCU 

Etienne Lanoy, EBV Illkirch Graffenstaden 

STM32 is a new member of 

ST’s 32-bit family based on the 

breakthrough ARM ® CORTEX-M3 

core . This core is specifically 

developed for embedded 

applications requiring a 

combination of high-performance, 

real-time, low-power and low-cost 

operation . 

It eases migration from the 

16-bit world due to its high 

level of integration, its easy-touse 

architecture, its low power 

capabilities and cost-effectiveness . 

High performance does not mean 

high power consumption . ST has 

taken special care to address three 

main energy requirements driven 

by the market: 

1 . High dynamic power efficiency in 

running mode 

2 . Extremely low power when the 

application is in standby 

3 . Low voltage capability for direct 

battery operation 

In run mode, executing from Flash 

at full 72 MHz CPU speed, the 

STM32 has a current consumption 

of about 27 mA . 

The STM32 is split into two 

branches; “Access Line” and 

“Performance Line”, depending 

on performance and peripherals 

required by your application . 

The ARM CORTEX-M3, a 32-bit 

RISC processor, is targeted to 

fulfill the needs of the low cost 

microcontroller market and general 

applications . This core is based 

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on the ARMv7 architecture which 

integrates important parameters: 

• Harvard architecture 

• 1 .25 DMips/MHz and 

0 .19 mW/MHz 

• Thumb-2 instruction set allowing 

32-bit performance with 16-bit 

code density 

• Single cycle multiply and 

hardware division 

• Embedded, fast interrupt 

controller allowing: 

• Excellent real-time behavior 

• Low latency down to six CPU 

cycles inter-interrupt 

• Six CPU cycles wake-up time 

from low-power mode 

Comparing the ARM7-TDMI core 

and the CORTEX-M3 core, the 

CORTEX-M3 is up to 35% faster and 

needs up to 45% less code space . 

100-up price 

STM32F103T8U6 

€ 3.20 

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100-up price 

STM32F103RBT6 

€ 4.- 

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the two lines 

• Up to 128 Kbytes of Flash 

(512 Kbytes version planned) 

• Pin-to-pin, software and 

peripheral compatibility across 

the family 

• 2 .0 . . .3 .6 V power supply 

• 27 mA in run mode from 

Flash at 72 MHz 

• Low power modes: 14 μA down 

to 1 .4 μA (depending which 

modes and peripherals are used) 

• 5 V tolerant I/Os 

• 3 timers with 16 bits resolution 

• Low power RTC 

• Integrated (8 MHz + 40 kHz RC) 

and external oscillators 

(RTC 32 kHz and 4…16 MHz) 

• JTAG debug

Important to mention is the 

compliancy of the microcontroller 

architecture with requirements 

of the IEC60335-1, class B safety 

norm . This can help designers of 

domestic applications obtaining the 

product certification . 

Access line features (STM32F101) 

• Core clocked at 36 MHz max . 

• Up to 16 Kbytes of RAM 

• 1 ADC (12 bits, 2 μs, 16 channels) 

• -40 . . .+85 °C 

• QFN 36, LQFP 48/64/100 

Performance line features 

(STM32F103) 

• Dedicated PWM timer for motor 

control (dead time generation, 

emergency stop, Hall effect 

sensor inputs) 

• Up to 20 Kbytes of RAM 

• Core clocked at 72 MHz max . 

• 2 ADC (12 bits, 2 μs, 16 channels) 

• Interfaces: USB 2 .0 device & 

CAN 2 .0B 

• Some peripherals are 

clocked with CPU clock and 

some with a divided by two 

frequency 

• -40 . . .+105 °C 

• QFN 36, LQFP 48/64/100, BGA 100 

Tools 

STM3210B-SK/HIT 

€ 75.- 

Many tools are already 

available from third party 

partners: 

• Hardware tools: 

ST-Starterkit based on 

STM32F103 device 

STM3210B-SK/KEI 

€ 140.- 

STM3210B-EVAL 

€ 180.- 

Several starter kits from third 

parties (Raisonnance, Hitex, 

Keil, IAR) . An ST motor control 

board is also available to 

demonstrate advanced motor 

drive capability (Ordering code: 

STM3210B-MCKIT) 

• Software tools: 

• A full range of development 

tools are available from 

major supplier: Altium/Tasking; 

Green Hills; IAR; Keil; 

Raisonance; Rowley 

• ST provides the C firmware 

libraries to facilitate the use 

of STM32’s peripherals 

(I²C, TIMER, ADC, CAN …) 

• ST provides ready to use 

software for motor control, 

USB implementation, CAN and 

application notes 

Key Applications 

• Motor control 

(includes advanced drive) 

• IEC60335-1, class B related 

applications (i .e .: risk of fire, 

electrical or mechanical user 

shock) 

• Industrial networked 

systems 

• Alarm systems 

• Inverters 

• Battery operated systems 

(glucose meter …) 

• Consumer market 

(USB peripheral …) 


69 

st MiCroeleCtroniCs

STM3210B-MCKIT 

STM32 Motor Control Starter Kit 

Claus Lok Mortensen, EBV Åbyhøj 

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The new motor control starter 

kit from ST enables a fast and 

efficient way to evaluate the 

new STM32 Cortex family in 

3-phase-motor vector controlled 


Using the STM32 processors´ 

optimized motor control features 

like 72 MHz PWMs with hardware 

deadtime generation, dual 

sampling 1 Msps 12-bit ADC with 

synchronization capabilities, the 

sensorless vector drive control 

is taking less than 30% CPU load 

leaving plenty of resources left for 

other tasks . 


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The STM32 Cortex family offers 

derivates in the so called “Access 

Line” and in the “Performance 

Line” . The “Performance Line” 

is optimized for motor control 

offering higher performance 

and an advanced control timer 

module . The Cortex core brings 

high speed, low interrupt latency 

and advanced features like single 

cycle multiply and hardware 

division . This new motor control 

starter kit includes everything to 

get started from either a graphical 

user interface or from “standalone” 

mode (power supply not 

included) . The sensored/sensorless 

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FOC (field oriented control) 

vector drive firmware library for 

3-phase AC induction motors 

and PMSM (permanent magnet 

synchronous motor) includes 3 

current sensing methodologies 

- isolated current sensing, three 

shunt resistors and single shunt 

resistor mode - and it can use 3 

different types of speed feedback 

- tacho, quadrature encoder and 

sensorless . Users of STR750 

MCKIT only need to purchase the 

STM32-Eval Board to complete the 

Cortex-M3 Motorcontrolkit . The 

soft ware libraries are MISRA C rules 

compliant and free of charge, source 

files are provided upon request . 

Features 

STM3210B-MCKIT 

€ 785.- 

• Hardware reference design for 

power stage 

• 24 V DC PMSM 3-phase brushless 

motor included 

• STM3210B-EVAL evaluation 

board included 

• Opto-isolation board for galvanic 

JTAG isolation 

• Segger J-Link USB/JTAG 

debugger/programmer included 

• Complete libraries for 3-phase 

induction and PMSM motors 

provided 

• Source code provided for all 

libraries on request 

• Standalone or GUI driven libraries 

• Software CD gets you started in 

just a few minutes

VNI4140K 

Quad High-Side Driver 


The VNI4140K is a monolithic 

device based on VIPower 

technology . This device is able to 

drive four independent loads with 

one side connected to ground . 

These loads may be resistive or 

inductive . In case of a load shortcircuit 

the active current limitation 

avoids drops in the system power 

supply . Built-in thermal shutdown 

protects the device from 

overtemperature and short-circuit 

conditions . When an overload 

occurs, the channel turns off and 

back on automatically in order to 

prevent over temperature damage . 

If the fault condition persists, the 

overloaded channel is turned off 

and will restart only when case 

temperature has decreased down 

to a certain level . While the fault 

persists, the non overloaded 

channels continue to operate 

normally . The overtemperature 

conditions are indicated on 

diagnostic pins in order to let an 

external controller monitor and 

intervene with driving the loads . 

Key Features 

• Four thermally independent 

channels 

• Fast inductive load 

demagnetization 

• Load short-circuit protection 

• Loss of ground protection 

• Undervoltage shutdown 

• Junction overtemperature 

protection 

• Case overtemperature protection 

• CMOS/TTL compatible inputs 

• Diagnostics output 

Key Parameters 

• Output current: 0 .7 A per channel 

• R DS(ON) : 80 mΩ 

• Current limitation: 1 .2 A 

per channel 

• Packaging: 24-pin PSSO 

• Compliance: IEC 61131-2 

Tools 

• Evaluation Board 

(STEVAL-IFP006V1) 

10-up price 

VNI4140K 

€ 1.87 


71 

st MiCroeleCtroniCs

SN250/260 

Single–Chip ZigBee/802.15.4 Solution 

Klemen Porenta, EBV Ljubljana 

The SN250 provides a true 

ZigBee System-on-Chip that 

combines a 2 .4 GHz IEEE 802 .15 .4 

compliant radio transceiver and a 

powerful 16-bit microprocessor 

with comprehensive hardware 

supported network-level debugging 

features to simplify development . 

The SN260 is the first network 

processor chip that has been 

designed specifically for the 

low power, low cost, meshnetworking 

industry standard 

protocol – ZigBee . The SN260 

allows the customer to use other 

microcontrollers to run their 

application, while the SN260 

provides ZigBee functionality . 

SN250, SN260 can be used with 

EmberZNet, Ember’s ZigBee 

compliant embedded meshnetworking 

software . They are 

optimized for designs requiring 

long battery life and a reliable, 

proven, industry-standard 

networking solution . 


SN250 Features 

• 12 MHz 16-bit XAP2b 

microprocessor 

• Integrated IEEE 802 .15 .4 PHY and 

lower MAC with DMA 

• Integrated memory 

(128 Kbyte Flash, 5 Kbyte SRAM) 

• Two sleep modes 

(processor idle, deep sleep) 

• Two serial controllers with DMA 

SN260 Features 

• Integrated IEEE 802 .15 .4 PHY 

and MAC 

• Three sleep modes (processor 

idle, deep sleep, power down) 

• Controlled by the host using 

EZSP 

10-up price 

SN260Q 

€ 6.40 



• Home security 

• Industrial and building 

automation 

• Universal remote control 

Tools 

10-up price 

SN250Q 

€ 7.07 

• SN250-RCB and SN260-RCB radio 

communication module (RCM) 

offers a complete ZigBee wireless 

solution for development and 

deployment of a low-data-rate, 

low-power ZigBee application 

• SN250-BB contains hardware 

which allows the development 

and deployment of a lowdata-rate, 

low-power ZigBee 

application on the SN250 RCM

TMS320C6424 

Best Cost/Performance DSP in the 

Market 

Christian Peters, EBV Poing 

The TMS320C64x+ DSPs 

(including the TMS320C6424 

device) are the highestperformance 

fixed-point DSP 

generation in the TMS320C6000 

DSP platform . The C6424 device 

is based on the third-generation 

high-performance, Very- 

Long-Instruction-Word (VLIW) 

architecture developed by Texas 

Instruments . 

With a performance of up to 

4800 million instructions per 

second (Mips) at a clock rate of 

600 MHz, the C6424+ core offers 

solutions to high-performance 

DSP programming challenges . 

With 32 Kbytes L1 program cache, 

80 Kbytes L1 data cache and 

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128 Kbytes L2 unified cache the 

DSP is capable to handle multiple 

VoIP channels (up to 141) . 

The peripherals of this part support 

almost every application . The 

8 lines VLYNQ interface allow 

cascading of multiple DSPs . 

Integration in an existing system is 

eased by a 32-bit, 33 MHz PCI bus . 

The part has a 100 Mbps eMAC 

which helps integrating the part 

in a TCP/IP Network . The EDMA 

controller gives 64 independent 

DMA channels . Because of 

the DDR2 controller, external 

memory access is fast enough to 

support video applications . The 

price/performance ratio makes 

this chip the most flexible solution 

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100-up price 

TMS320C6421ZWT5 

€ 15.50 

for a lot of applications . The 

TMS320C6424 is the “big brother” 

of the smaller and lower cost 

TMS320C6421 . 

Features 

• 3200 to 4800 Mips 

• 240 Kbytes on chip RAM 

• PLL on chip 

• Boot loader in ROM 

• 16-bit external memory interface 

for NOR/NAND Flash 

• 32-bit DDR2 memory controller 

• 10/100 Ethernet with RMII 

interface 

• PCI 32-bit 33 MHz 

• VLYNQ interface 

• 64-channel EDMA 

• 2 x McBSPs for I 2 S or TDM 

• 3 x timers 64-bit 

• 2 x UART, SPI 

• Automotive temperature range 

• 16 x 16 mm 0 .8 mm pitch BGA 

package 


• Software defined radio 

• Voice and video processing 

• VoIP 

• Echo cancellation 

• Networking FFT, DCT, IIR, FIR 

Tools 

• TMDXEVM6424 

• CCSTUDIO ALL 

100-up price 

TMS320C6424ZWT5 

€ 25.70 


73 


teXAs 

instruMents

TMS320DM355 

Digital Media System-on-Chip 

Pierre Bachy, EBV Venissieux (Lyon) 

The DM355 is a highly integrated 

and low power consumption chip 

for low cost video and imaging 


It combines an ARM926EJ-S core, 

a video processing subsystem 

(front-end and back-end), an MPEG/ 

JPEG coprocessor, a rich set of 

peripherals and a very flexible 

interface . 

Key Features 

• ARM926EJ-S core: 

216 and 270 MHz clock rate, 

supports 32-bit and 16-bit 

(Thumb mode) instruction 

sets, featuring DSP instruction 

extensions and single cycle MAC 

• 16 Kbytes of instruction cache, 

8 Kbytes of data cache, 

32 Kbytes RAM 

• Video processing subsystem 

front end: interface for CCD/ 

CMOS imager modules and video 

decoders, resize engine 

• Video processing subsystem 

back-end: on screen display 

(OSD), NTSC/PAL video 

encoder output, RGB666 

digital output, supports digital 

HDTV(720p/1080i) output 

• HD MPEG-4 encode or decode 

@ 720p, 30 fps 

• JPEG encode or decode 

@ 50 Mpixels/second 

• 2 audio serial ports (ASP) 


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• MPEG-4 and JPEG codecs 

included, no royalties or license 

fees to TI 

• USB 2 .0 full and high-speed device 

and host interface 

• 2 Multi-Media Card/Secure Digital 

(MMC/SD) interfaces 

• Asynchronous external memory 

interface for slower memories 

(NAND) 

• High speed synchronous memory 

interface for DDR2/mDDR 

• Low power: 5 mW standby, 

400 mW HD video encode (720p) 

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• Digital still camera 

• Digital photo frame 

• IP security cameras 

• Digital video recorders 

• Video door bell, video baby 

monitor 

Tools 

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100-up price 

x320DM355ZCE216 

€ 16.30 

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• Digital Video Evaluation Module, 

with MontaVista Linux

MSP430F241x/F261x 

16-Bit Ultra Low Power Flash 

Microcontrollers 

Vladimir Chernov, EBV Moscow 

The MSP430F241x/F261x are new 

members of the MSP430 family . 

Featuring five low-power modes, 

the architecture is optimized 

to achieve extended battery 

life in portable measurement 


The devices have a powerful 

16-bit RISC CPU, 16-bit registers 

and constant generators that 

enable maximum code efficiency . 

The microcontrollers feature two 

built-in 16-bit timers, a fast 

12-bit A/D converter, a comparator, 

dual 12-bit D/A converter, two 

universal serial communication 

interfaces (USCI), DMA and up to 

64 I/O pins . The MSP430F241x are 

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identical to the MSP430F261x, but 

lack the DAC12 and DMA modules . 

Key Features 

• 1 .8…3 .6 V supply voltage 

• Ultra-low power consumption: 

• Active mode: 

365 μA @ 1 MHz, 2 .2 V 

• Standby mode: 0 .9 μA 

• Off mode (RAM retention): 

0 .1 μA 

• Wake-up from standby mode in 

less than 1 μs 

• 12-bit A/D converter with internal 

reference, sample-and-hold and 

autoscan feature 

• 3-channel internal DMA 

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Functional block diagram MSP430F261x, 80-pin package 

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1000-up price 

MSP430F2618TPMR 

€ 11.30 

• Dual 12-bit D/A converters with 

synchronization 

• Communication: 2 x USCI (UART, 

LIN, IRDA, SPI, I 2 C) 

• Supply voltage supervisor/ 

monitor with programmable level 

detection 

Typical Applications 

• Sensor systems 

• Industrial control 

• Handheld meters 

• ZigBee/RF applications 

Development Tools 

• Software tools: 

• TI Code Composer Essentials 

Professional v2 .0 (an evaluation 

version with limited code space 

can be downloaded from 

www .ti .com) 

• IAR Embedded Workbench (an 

evaluation version with limited 

code space is available) 

• Hardware tools: 

(programming, debugging) 

• MSP430 USB debugging 

interface 

• MSP430 parallel port 

debugging interface 

• MSP430 in-system gang 

programmer 


75 

teXAs 

instruMents

CC111x Series 

RF Transceiver with MCU, AES128 

and USB 

Rafael Camarena, EBV Tres Cantos (Madrid) 

The CC111x devices are designed 

for low power radio applications 

based on frequencies below 

1 GHz . They offer a complete 

system on chip as they 

combine a radio transceiver, a 

microcontroller, a coprocessor for 

built in AES128 encryption and 

a USB interface (in the CC1111 

version) . Only very few external 

components are required . 

The devices can support audio 

applications and include an I 2 S 

interface to work with audio 

codecs . It is easy to realize 

headphone applications with 

this device and in addition it is 

possible to share audio channels 

with several headphone slaves . It 

is breaking the limits of Bluetooth 

modules (number of the devices 

connected at the same time) . 

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The 128-bit AES coprocessor allows 

the device to be used in security 

applications and improves the 

security in standard applications . 

Radio metering or radio monitoring 

solutions can easily be encrypted . 

The use of a different radio 

frequency compared to ZigBee 

solutions (normally 2 .4 GHz) 

increases the radio range . 

Features 

• Rx sensitivity: -110 dBm at 

1 .2 kbaud 

• Data rate up to 500 kbaud 

• Tx output power up to +10 dBm 

• Frequency bands: 300 . . .348 MHz, 

391 . . .464 MHz and 782 . . .928 MHz 

• Voltage range: 2…3 .6 V 

• 128-bit AES coprocessor 

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500-up price 

CC1110F32RSP 

€ 5.70 

• 8051 MCU with 8/16/32 Kbytes 

of Flash 

• I 2 S, USB and 2 UARTS 

• 12-bit ADC 

• Hardware debug support 

• Different low power modes 

• 6 x 6 mm QLP-36 package 


• Low power SoC wireless 

applications sub 1 GHz 

• Security systems 

• Industrial monitoring 

• Wireless sensor networks 


• Building automation 

• USB dongle in version CC1111 

Tools 

CC1110DK-868 

€ 565.- 

Reference designs: 

• CC1110EM315_REFDES -> allows 

testing the device @ 315 MHz 

• CC1110EM433_REFDES -> allows 

testing the device @ 433 MHz 

• CC1110EM868-915_REFDES 

-> allows testing the device @ 

868/915 MHz 

Evaluation modules: 

• CC1110EMK433 -> testing the 

solution @ 433 MHz 

• CC1110EMK868-915 -> testing the 

solution @ 868/915 MHz 

Development kits: 

• CC1110DK433 -> developing a 

433 MHz solution 

• CC1110DK868 -> developing a 

868 MHz solution

TPS5450 

5.5...36 V Input, 5 A Step Down 

Converter 

Riccardo Pacciani, EBV Firenze 

The Texas Instruments SWIFT 

family of DC/DC regulators gains 

a further member: TPS5450 is the 

latest high output-current PWM 

converter producing up to 5 A 

output current . 

Included on the substrate is a 

high-performance voltage error 

amplifier that provides tight voltage 

regulation accuracy under transient 

conditions, an undervoltage lockout 

circuit to prevent start-up until the 

input voltage reaches 5 .5 V, an 

internally set slow-start circuit to 

limit inrush currents and a voltage 

feed-forward circuit to improve the 

transient response . 

Other features include an active 

high enable, overcurrent protection 

and thermal shutdown . To reduce 

design complexity and external 

component count, the TPS5450 

feedback loop is internally 

compensated . The TPS5450 

device is available in a thermally 

enhanced, easy-to-use 8-pin SOIC 

PowerPAD package . 

TI provides evaluation modules 

and the SWIFT designer software 

tool will support this device in the 

future . 

Features 

• Wide input voltage range: 5 .5…36 V 

• Up to 5 A continuous (6 A peak) 

output current 

• High efficiency: greater than 90% 

• Wide output voltage range: 

adjustable down to 1 .22 V with 

1 .5% initial accuracy 

• Improved line regulation and 

transient response by input 

voltage feed forward 

Device TPS5410 TPS5420 TPS5430 TPS5450 

Continuous 

Output Current over Temp 

≥ 1 A ≥ 2 A ≥ 3 A ≥ 5 A 

Package 8-SOIC 8-SOIC 8HSOIC 8HSOIC 

Min Current Limit 1.2 A 3 A 4 A 6 A 

Max Output Current at 

Ta= 85°C when Tj= 125°C 

2.3 A 

V in = 12 V 

V o = 5 V 

2.3 A 

V in = 12 V 

V o = 5 V 

3.9 A 

V in = 12 V 

V o = 5 V 

5.0 A 

V in = 24 V 

V o = 5 V 

100-up price 

TPS5450DDA 

€ 2.60 

• Internal compensation minimizes 

external parts count 

• 8-pin SOIC PowerPAD package 

• Fixed 500 kHz switching 

frequency for small filter size 

• System protected by overcurrent 

limiting, overvoltage and thermal 

shutdown 

• Operating junction temperature 

range: -40 . . .+125 °C 


• 12/24 V distributed power 

systems 

• High density point-of-load 

regulators 

• Battery chargers, high-power 

LED supplies 

Tools and Literature 

• Datasheet 

• TPS5450EVM-254 

TPS5450EVM-254 

€ 7.50 

VIN VOUT 

VIN PH 

NC 

NC 

ENA VSENSE 

GND 

BOOT 


77 

teXAs 

instruMents

ISO7240 

Quad Digital Isolators with 1, 25 

and 150 Mbps 

Anders Ruben Andreassen, EBV Åbyhøj 

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The ISO7240 is a quad channel 

digital isolator with output enable 

function . This device has logic input 

and output buffers separated by 

TI’s silicon dioxide (SiO 2 ) isolation 

barrier . Used in conjunction with 

isolated power supplies this 

device blocks high voltages, 

isolates grounds, and prevents 

noise currents from entering the 

local ground and interfering with 

or damaging sensitive circuitry . 

By disabling the device using the 

enable function it is possible to 

drive the output into 3-state level . 

The ISO7240 has all four channels 

in the same direction . ISO7241 

and ISO7242 are planned to come 

out soon . The ISO7241 has three 

channels in the same direction 

and one in the opposite direction 

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and ISO7242 has two channels in 

each direction . All devices will be 

available with a data rate of 1, 25 or 

150 Mbps . 

The 1 Mbps and 25 Mbps option 

devices have TTL input thresholds 

and a noise-filter at the input that 

prevents transient pulses from 

being passed to the output of the 

device . The devices offering 

150 Mbps have CMOS V CC /2 input 

thresholds and do not have the 

input noise-filter or the additional 

propagation delay . 

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To ensure a proper DC level on the 

output, a periodic update pulse is 

sent across the isolation barrier . If 

this refresh pulse is not received the 

input is assumed to be unpowered 

or not being actively driven . The 

failsafe circuit then drives the 

output to a logic high level . 

By introducing this family of digital 

isolators, Texas Instruments offers 

a very good component to replace 

traditional optocouplers . 

100-up price 

ISO7240ADWG4 

€ 2.20 

Key Features 

• 1, 25 and 150 Mbps signaling rate 

options 

• Typical 25 year life at rated 

working voltage 

• 4000 V PEAK isolation, 

560 V PEAK working voltage 

• UL 1577 certified 

• 4 kV ESD protection 

• Operates with 3 .3 V and 5 V 

supplies 

• High electromagnetic immunity 

• -40…+125 °C operating 

temperature 


100-up price 

ISO7240MDWG4 

€ 4.70 

• Industrial fieldbuses 

• Computer peripheral interface 

• Servo control interface 

• Data acquisition systems 

• Profibus interface 

• High speed opto barrier 

replacement 


Product Data rate 

ISO7240ADW 1 Mbps 

ISO7240CDW 25 Mbps 

ISO7240MDW 150 Mbps

TB6582FG 

Single-Chip Sensorless Sine Wave 

ASSP for BLDC Motors 

Marno Friebe, EBV Dietikon 

The TB6582FG from Toshiba 

is the industry’s first singlechip 

sensorless motor control 

application specific standard 

product (ASSP) offering a full sine 

wave PWM motor drive output. The 

new device will significantly reduce 

the complexity and component 

count when controlling brushless 

DC (BLDC) motors. 

Unlike MCU-based alternatives, 

the new device is a cost optimized 

state machine which does not 

require programming. Specifically, 

the TB6582FG takes the analog 

speed inputs supplied by a host 

microcontroller and provides a 

complete full sine wave PWM 

drive output without additional 

processing. Control of motor 

rotation speed in both forward 

and reverse direction is achieved 

by changing the PWM duty cycle, 

based on the input from the host 

microcontroller. 

The sinusoidal motor coil current 

waveform provides smoother BLDC 

motor operation and lower electrical 

and acoustical noise than possible 

with conventional PWM outputs 

while still allowing designers to 

realize the benefit of PWM efficiency. 

The TB6582FG not only reduces 

component count, but also 

improves application reliability. 

This device is ideal for applications 

where additional sensors are 

unpractical or commercially 

unattractive. 

Key Features 

• Full sine wave PWM motor drive 

output significantly reduces 

complexity and component 

count 

• On-board circuitry accurately 

calculates rotor speed and 

position using phase current 

information 

• Eliminates the need for Hall 

sensors 

• Allows reduction of components 

count 

• Improves application reliability 

• No need for additional processing 

• Lead angle adjustment capability 

to tune applications for optimum 

efficiency 

• Integrated dead time function 

allowing safe operation of 

the power FETs in a push-pull 

configuration 

• Built-in triangular wave generator 

with a carrier wave frequency of 

f OSC /252 Hz 

• Suitable for operation with supply 

voltages of 6.5…16.5 V 

• Features an on-board regulator 

that provides a typical reference 

voltage of 5 V, 5 mA max. 

• Package QFP-52 

(10 x 10 mm, 0.65 mm pitch) 


100-up price 

TB6582FG 

€ 1.95 


• Pumps 

• Industrial automation 

• Automotive motion control 


• Please see also MIP 2/2007, page 76 


79 

Texas 

InsTrumenTs 

ToshIba

TPD4122K 

The Next Generation of 

Single Chip Inverter ICs 

Bernard Mondan, EBV Venissieux (Lyon) 

The TPD4122K is a monolithic DC 

brushless motor driver providing 

high-voltage PWM control . The 

device contains a PWM generation 

circuit, 3-phase decode logic, three 

level shifting high-side drivers, 

three low-side drivers, six IGBT 

power transistors with matched 

fast recovery rectifiers and a suite 

of protection circuits . 

Controlling a brushless DC motor is 

made easy; speed is set by applying 

a DC voltage to the control input 

and a separate input pin is used to 

define motor rotation direction . The 

TPD4122K accepts commutation 

feedback both from Hall sensors 

and integrated Hall ICs . 

The housing of the IC is an 

innovative DIP plastic package 

with significantly improved 

thermal resistance compared to 

SIP packages . Additionally, the 

DIP layout gives good separation 

between the high-voltage pins and 

the control circuitry . 

Features 

• Maximum power supply voltage: 

500 V 

• Maximum output current (DC): 1 A 

• Maximum output current (pulse): 

2 A 

• Control circuit supply voltage: 

13 .5 . . .17 .5 V 

• Bootstrap diodes are built in 


• Bootstrap circuits give simple 

high-side supply 

• Outputs rotation pulse signals 

• 3-phase bridge output using 

IGBTs 

• Incorporating overcurrent, 

undervoltage and thermal 

overload protection 

• Inverter efficiency up to 95 .8% 

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• Operating junction temperature: 

-20 . . .+135 °C 


• White goods 

• Brushless DC motors 

• Air conditioners 

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100-up price 

TPD4122K(Q) 

€ 4.70 

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TMP92CF29 

32-Bit Microcontroller with 

Color LCD Controller 

Brian Fellowes, EBV Maidenhead 

The TMP92CF29 is a high 

performance microcontroller that 

is ideally suited to a wide range of 

applications requiring a graphical 

color display and touch panel . It is 

part of the TLCS-900/H1 family 

of software compatible devices 

from Toshiba . It has a large, fast 

on-chip RAM and a memory 

controller allowing easy interfacing 

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to external SDRAM and Flash 

memories . A 6-channel DMA 

controller, a multiply-accumulator 

(32 x 32 + 64 to a 64-bit result) 

and a Memory Management Unit 

(MMU) are included . Furthermore 

the device offers a UART, I 2 C and 

I 2 S interfaces, a 6-channel 10-bit 

A/D converter, multiple timer 

channels and a Real Time Clock . 

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The included on-chip USB device 

controller and the SD card interface 

require relatively complex device 

drivers which are also available 

from Toshiba . Toshiba also 

offers software for handwriting 

recognition utilizing the touchscreen 

interface . 

Key Features 

• Color LCD controller: 65 K colors 

TFT or 256 K colors STN 

• Touch screen interface 

• Internal RAM: 144 Kbytes 

• SDRAM controller 

• NAND Flash and SD card 

interfaces 

• USB device 

• MMU, DMA, MAC 

• Package: LQFP-176 


• Hand held terminals 

• Instruments with graphical 

touch-screen interface 

• Any products incorporating 

color LCD 

Tools 

100-up price 

TMP92CF29AFG7770 

€ 5.35 

• Integrated development 

environment with C compiler and 

debugger 

• In-circuit emulator 

• RTOS, USB device, SD card driver 

and other software support 

available 


81 

toshiBA

TL12W01-D(T30) 

30 Lumen High Power White LED 

Gérard Cortes, EBV Antony (Paris) 

�� 

Europe has embarked on an 

ambitious plan to cut its energy 

consumption by 20% by 2020 . 

The Kyoto protocol also set plans 

to reduce the amount of CO 2 

emitted into the atmosphere . As a 

result, the European commission 

proposed several action plans 

for energy efficiency, such as 

energy management and lighting 

management in buildings . The new 


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LED technologies feature better and 

better lm/W ratios . Therefore, the 

LED market will have a vast growth 

within the general lighting market . 

Toshiba is entering the lighting LED 

market, with this first announced 

TL12W01-D(T30), 30 lumen highpower 

white LED . So far, this LED 

is the most powerful LED within 

Toshiba’s product range . 

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State of the art applications will 

also need a driver to provide the 

LED with a continuous 250 mA 

current . EBV is offering a wide 

portfolio of LED driving products 

and solutions . 

Features 

• 10 .5 (L) × 5 .0 (W) × 2 .1 (H) mm 

• High luminous flux: 30 lm (typ .) at 

250 mA 

• Color: white 

• Forward voltage at 250 mA: 

3 .4 V typ . 

• Angle of half intensity: 60º 


-40 . . .+100 ºC 

• Reflow soldering possible 


• Reading spot 

• Car lighting 

• Lighting 

• Back lighting 

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500-up price 

TL12W01-D(T30) 

€ 2.- 

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VLMW41 

High Intensity White SMD PLCC-2 LED 

Pavel Poboril, EBV Praha 

This device has been designed 

to meet the increasing demand 

for white LEDs . VLMW41 extends 

Vishay´s line of high-intensity 

PLCC-2 LEDs . The PLCC-2 package 

consists of a lead frame which is 

embedded in a white thermoplastic . 

The reflector inside this package is 

filled with a mixture of epoxy and 

TAG phosphor . The TAG phosphor 

converts the blue chip light 

emission partially to yellow, which 

mixes with the remaining blue to 

white . The table shows minimum 

and maximum luminous intensity 

at a forward current of 10 mA . 

Features 

• Highly efficient InGaN technology 

• Chromaticity coordinates 

categorized according to CIE1931 

per packing unit 

• Typical color temperature 5500 K 

• Angle of half intensity: ±60° 

• Package: SMD PLCC-2 

• Package outline 3 .5 mm x 2 .8 mm 

• Component in accordance to 

RoHS 2002/95/EC and 

WEEE 2002/96/EC 

• EIA and ICE standard package 

• Available in 8 mm tape reel 

• Preconditioning according to 

JEDEC level 2a 

• Compatible with reflow, vapor 

phase and wave solder processes 

acc . to CECC 00802 and 

J-STD-020C 

• ESD-withstand voltage: up to 2 kV 

according to JESD22-A114-B 

• Automotive qualified AEC-Q101 

7500-up price 

VLMW41R1T15K8L08 

€ 0.20 


7500-up price 

VLMW41S1T15K8L08 

€ 0.20 

• Automotive backlighting: 

dashboard, buttons, switches 

• Interior and exterior automotive 

lighting 

• General backlighting in 

consumer, office equipment, 

telecom equipment etc . 

• Camera flash light 

• Marker lights 

• Backlighting for signals, symbols, 

indicators and LCD displays 

For more information visit 

http://www .vishay .com/docs/81370/ 

vlmw41 .pdf 

Part Reel size Colour, Luminous Intensity Technology 

VLMW41R2S2-5K8L-08 1500 pcs White, lv = (140...280) mcd InGaN/TAG on Sapphire 

VLMW41R2S2-5K8L-18 8000 pcs White, lv = (140...280) mcd InGaN/TAG on Sapphire 

VLMW41S1T1-5K8L-08 1500 pcs White, lv = (180...355) mcd InGaN/TAG on Sapphire 

VLMW41S1T1-5K8L-18 8000 pcs White, lv = (180...355) mcd InGaN/TAG on Sapphire 

VLMW41R1T1-5K8L-08 1500 pcs White, lv = (112...355) mcd InGaN/TAG on Sapphire 

VLMW41R1T1-5K8L-18 8000 pcs White, lv = (112...355) mcd InGaN/TAG on Sapphire 


83 

vishAy toshiBA

SiE808DF 

New PolarPAK TrenchFET ® 

Andreas Gutzeit, EBV Leonberg 

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In industrial computer and control 

systems, the OR’ing function 

switches on the redundant power 

supply ensure continuous power 


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PolarPAK 

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to the system in case of mains 

supply failure . Since the MOSFETs 

carry the entire load of the power 

supply, reducing the power losses 

in these devices can significantly 

lower energy costs . In systems 

with forced air cooling the newly 

released SiE808DF offers 20% lower 

on-resistance than the next best 

device with double side 

cooling . These devices offer an 

extremely low maximal R DS(ON) of 

1 .3 mΩ at 10 V gate voltage . 

The on-state drain current I D(on) can be 

up to 60 A continuous (at V GS = 10 V 

and T C = 70 °C), the maximum 

drain-source voltage is 20 V . 

Features 

• TrenchFET ® Gen II power 

MOSFET technology 

• New lead frame, PolarPAK 

based encapsulated package for 

optimum heat dissipation 

• Ultra low thermal resistance 

using top-exposed PolarPAK 

package for double sided cooling 

• Low Q GD /Q GS ratio helps 

preventing shoot-through 

• 100% R G and UIS tested 

• Operating junction temperature: 

-50 . . .+150 ºC 


3000-up price 

SIE808DF-T1-E3 

€ 1.55 

• Synchronous rectification 

• DC/DC converter low side FET 

• POL applications in distributed 

power systems 

• Redundant power supplies 

• Industrial power I/O

Burst with Envy! 

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share, EBV Elektronik is easily the leading specialist for 

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awards such as “European Distributor of the Year”, presented 

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Our experienced application experts, who concentrate solely 

on the use of LED technology in lighting, will offer you full 

support in turning your ideas into reality . Interested? Simply 

e-mail: generallighting@ebv.com

wasn't there 

something...? 

II MIP Edition 2/2007 


MIP 2/2007 

Cyclone ® III FPGAs, Low Power - High Functionality - Low Cost . . . . . . . . . . . . . . . . . . . . . 6 

Arria TM GX Family, Low-Cost FPGAs with Transceiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 

Stratix ® III, New High Performance, High Density FPGA . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 

Geode LX900 Processor, Low Power x86 Compatible Processor 

with Integrated Northbridge Function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10 

AT91SAM7SE, ARM7 Flash MCU Supports 1 GByte Memory . . . . . . . . . . . . . . . . . . . . . . .11 

AVR32 UC3 Family, 32-Bit RISC MCU with USB and Ethernet . . . . . . . . . . . . . . . . . . . . . . .12 

ATA2270-EK1, Easy-to-use LF RFID Application Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14 

AMRX Series Ultra-Slim, Scrollwheel with 5-Way Switch . . . . . . . . . . . . . . . . . . . . . . . . . .15 

ACPL-331J/ACPL-332J, 1 .5/2 .5 A IGBT Gate Driver with Powerful Features . . . . . . . . . . . .16 

AEAT-6010/6012, 10 to 12-Bits Magnetic Encoder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .17 

ACPL-W60L/K63L, High Speed LVTTL Compatible 3 .3 V Optocoupler . . . . . . . . . . . . . . . .18 

MGA-645T6, GaAs MMIC Low Noise Amplifier with Bypass/Shutdown Mode . . . . . . . . .19 

ASMT-QTB2-0A002, StarLED PLCC-4 Surface Mount LED Indicator . . . . . . . . . . . . . . . . 20 

APDS-9101/02/03/04 and HSDL-9100, Integrated Reflective Sensors 

for Object Detection and Proximity Sensing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .21 

HLMP-Lx63 Series, High-Performance 4 mm Oval Red, Green, Blue LEDs . . . . . . . . . . . 22 

FSAM50SM60A/FSAM75SM60A, Smart Power Modules (SPM) 

for High Power 3-Phase Motordrives and UPSs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 

FGA25N120ANTD, 1200 V NPT Trench IGBT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .24 

FAN7711, Ballast Control IC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 

FDMF8700, Driver Plus FET Multi-Chip Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 

MPC8313, Low Cost PowerQUICC II Pro Processor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 

i .MX27, Multimedia Applications Processor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 

MCF5221x, Low Cost ColdFire V2 Family with USB OTG and Enhanced Low Power . . . 29 

Flexis QE128 Series, Industry‘s First Pin, 

Function and Tool Compatible 8-Bit and 32-Bit MCU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 

MC9S08DZxx, 8-Bit MCU with CAN+EEPROM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 

MB96F348, Five Times Higher Performance than 16LX . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 

SK-16FX EUROScope, On-Chip Debugging for 16FX Microcontrollers . . . . . . . . . . . . . . 34 

MB91F465XA, Next Generation MCU with Embedded FlexRay Interface . . . . . . . . . . 35 

MB86297, Carmine 3D High End Graphic Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 

SAA-XC866 HOT, 8-Bit Micro for High Temperature Applications . . . . . . . . . . . . . . . . . . 37 

High Power Product Line-Up, When Power Moves Trains . . . . . . . . . . . . . . . . . . . . . . . . . 38 

IGBTs 1200 V, TrenchStop 2nd Generation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 

TANTOS, New High Performance 7-Port Ethernet Switch Controller . . . . . . . . . . . . . . . . 40 

TDA5230/1, ISM Band ASK/FSK Receiver Family . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .41 

ISL8501, Triple Output Controller with 1 A Standard Buck 

PWM and Dual 450 mA LDOs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42 

ISL12024/12025, Real-Time Clock/Calendar with Embedded Unique ID . . . . . . . . . . . . . . 43

The Embedded Linux Specialist, Now at EBV . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44 

ADC14V155, 14-Bit 155 Msps 1 .1 GHz Bandwidth A/D Converter with LVDS Outputs . . 45 

LMH6552, 1 GHz Fully Differential Amplifier . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46 

LM25116, Wide Range Synchronous Buck Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .47 

LM3500, Synchronous Step-Up DC/DC Converter for White LED Applications . . . . . . . 48 

DS99R10x, 3 to 40 MHz DC-Balanced 24-Bit Serializer/Deserializer . . . . . . . . . . . . . . . . . 49 

DS25BR100, 3 .125 Gbps LVDS Buffer with Transmit 

Pre-Emphasis and Receive Equalization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50 

CL RD701, MIFARE and I-Code Pegoda Contactless Smart Card Reader . . . . . . . . . . . .51 

ChameleonARM, EBV Reference Board with LPC2378 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 

PCA9691, 8-Bit AD/DA Converter with Fast-Mode Plus I 2 C-Interface . . . . . . . . . . . . . . . . 54 

cB-OWSPA311gi/x, WLAN 802 .11b/g OEM Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 

NCP5106/5111/5304, High Voltage, High- and Low-Side MOSFET and IGBT Drivers . . . 56 

NCP1606A/B, Preconverter Power Factor Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 

NCP1396, Resonant Mode PWM Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 

LUW W5SM/LE UW E3B, High Power Ultra White LEDs with New Converter . . . . . . . . . 59 

K4T1Gxx4Q, Single Supply 1 Gb DDR2 SDRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60 

RFID DEMO KITS, Long and Short Range RFID Demo Kits . . . . . . . . . . . . . . . . . . . . . . . . .61 

L6585D, Combo IC for PFC and Ballast Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62 

STP16CPS05, Low Voltage 16-Bit Constant Current LED Driver . . . . . . . . . . . . . . . . . . . . 63 

PM6680A, Dual Synchronous Step-Down Controller Plus Adjustable Output LDO . . . . 64 

ADS1271/74/78, 24-Bit Single/Quad/Octal Simultaneous 

Sampling Wide Bandwidth A/D Converter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65 

TMS320F2833x, Floating-Point Digital Signal Controllers . . . . . . . . . . . . . . . . . . . . . . . . . 66 

UCC28019, Continuous Conduction Mode PFC Controller with External MOSFET . . . . . 68 

TLC5916/17, Constant Current LED Sink Driver with Output Diagnostic Features . . . . . . 69 

TUSB6020, USB 2 .0 High Speed On-the-Go Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 

TRF7960/1, 13 .56 MHz RFID Analog Front End and Data Framing Reader System . . . . . .71 

AMB8400, 868 MHz ISM-Band Radio Transceiver Module . . . . . . . . . . . . . . . . . . . . . . . . 72 

TMP91FW27UG, High Speed, General Purpose MCU with 128 Kbytes Flash, 

12 Kbytes RAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73 

TMP91FW40FG, 16-Bit MCU with Flash Memory and 160 Pixel LCD Driver . . . . . . . . . . .74 

TB6559FG, Full Bridge Driver IC for DC Motors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75 

TB6588FG, Controller/Driver for Sensorless 3-Phase BLDC Motors up to 60 W . . . . . . . .76 

VO1400AEF, Solid State Relay in 1 Form A SOP-4 Package . . . . . . . . . . . . . . . . . . . . . . . . 77 

TEMx5510/6000/6010/6200, Ambient Light Sensors with Human Eye Response . . . . . . 78 


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IV MIP Edition 1/2007 


MIP 1/2007 

MR2A16A, Asynchronous 4-Mbit 256 K x 16-Bit Magnetoresistive RAM . . . . . . . . . . . . . . 6 

MC9S08GT16A/8A, Low Power, General Purpose 8-Bit MCU . . . . . . . . . . . . . . . . . . . . . . . 7 

MC1321x Family, 2 .4 GHz Radio and ZigBee Low Cost and System-on-Chip 

Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 

DevCom02, ZigBee-Ready OEM Radio Transceiver Module . . . . . . . . . . . . . . . . . . . . . . . . 9 

MCF5222x, New Single Chip, Low Cost USB Coldfire Family Extension . . . . . . . . . . . . . .10 

MPC8641D, Dual Core Host Processor Based on Power Architecture Technology . . . . . .11 

MB85RS256, 256-Kbit Ferroelectric RAM with SPI Interface . . . . . . . . . . . . . . . . . . . . . . . .12 

VINETIC ® - CPE, Voice Processor and Analog Termination in One Chipset . . . . . . . . . . . .13 

XC164CM Series, 16-Bit Flash Microcontroller Family in PG-LQFP-64 Package with 

TwinCAN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14 

TriCore TC116X, Family Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16 

ITS, Smart High Side Power Switches for Industrial Applications . . . . . . . . . . . . . . . . . . .18 

ISL59530 and ISL59532, 16 x 16 and 32 x 32 Video Crosspoint Switches . . . . . . . . . . . . .19 

ISL1218/1220, I 2 C Micropower Real Time Clock/Calendar Devices with Battery 

Backed SRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 

ISL6721A, Flexible Single Ended Current Mode PWM Controller . . . . . . . . . . . . . . . . . . . .21 

MP615, Media Player Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 

LM3075, High Efficiency, Synchronous Current Mode Buck Controller . . . . . . . . . . . . . . 23 

LM5115A, Secondary Side Post Regulator Controller with Voltage Tracking . . . . . . . . . .24 

LM3402/LM3402HV, Constant Current Regulators for High Power LEDs . . . . . . . . . . . . . 25 

LPV531, Low Power, Low Voltage Operational Amplifier . . . . . . . . . . . . . . . . . . . . . . . . . . 26 

ADC121S705, 12-Bit Differential Input, Micro Power SAR A/D Converter . . . . . . . . . . . . 27 

LPC23XX and LPC24XX, New ARM7TDMI-S Microcontrollers . . . . . . . . . . . . . . . . . . . . . 28 

SC16ISxx and SC18IMxx, Interface Bridge Family . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 

PN512, Near Field Communications Transmission Module . . . . . . . . . . . . . . . . . . . . . . . . 32 

NCP3063, NCP3063B, NCV3063, 1 .5 A, Step Up/Step Down/Inverting Switching 

Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 

NCP1027, High Voltage Switcher for Medium Power Offline Supplies . . . . . . . . . . . . . . . 34 

NCN4557, 1 .8/3 .0 V Dual SIM/SAM/Smart Card Power Supply and Level Shifter . . . . . . 35 

NIS5112, Electronic Fuse . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 

LxW5xM, Golden Dragon LEDs with Primary Lenses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37 

LRTBG6TG, Three-Colour MULTILED ® . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38 

SSD Flash Solid State Disk, Fully compatible with Mobile PCs and 

Windows ® certified . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

VS6524, VGA Single Chip Camera Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40 

ST10F27x, 16-Bit MCU with MAC Unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .41 

STR750, ARM7 Based MCU with Full Spec at 3 .3 and 5 V . . . . . . . . . . . . . . . . . . . . . . . . . 42 

STLM20, Ultra Low Current Precision Analog Temperature Sensor . . . . . . . . . . . . . . . . . 44 

TMS320F280xx, Low Cost Single Chip DSPs for Control Applications . . . . . . . . . . . . . . 45 

MSP430F23x0, 40-Pin Ultra Low Power 16-Bit Flash MCU . . . . . . . . . . . . . . . . . . . . . . . . 46 

ADS8422, 16-Bit, 4 Msps, Pseudo-Bipolar, Differential Input A/D Converter . . . . . . . . . .47 

INA206/7/8, High-Side Current-Shunt Monitor with Dual Comparators . . . . . . . . . . . . . . 48 

DCH0105xx, Miniature 1 W, Isolated DC/DC Converters . . . . . . . . . . . . . . . . . . . . . . . . . . 49 

TPS65023, Power Management IC for Li-Ion Powered Systems . . . . . . . . . . . . . . . . . . . . 50 

TB62752, Step-Up DC/DC Converter for Multiple White LEDs . . . . . . . . . . . . . . . . . . . . . . .51 

TPD7210F, Power MOSFET Gate Driver for 3-Phase BLDC Motor . . . . . . . . . . . . . . . . . . . 52 

TB6560, PWM Chopper-Type Bipolar Stepping Motor Driver IC . . . . . . . . . . . . . . . . . . . . 53 

VLMW2100, White MiniLED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 

GMF05C/GMF05LC/GMF05C-HS3/, GMF05LC-HS3 ESD Protection Diode Arrays . . . . . 55 

Quartus ® II V6 .1, New Features, New Families . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56 

AT91SAM9260, ARM926EJ-S Based Microcontroller . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 

ATmega164P/324P/644P, Microcontrollers Based on picoPower Technology . . . . . . . 59 

ATtiny24/44/84, Low Power AVR MCU with 2/4/8 Kbytes Flash . . . . . . . . . . . . . . . . . . . . 60 

Envisium 0 .5 W Power PLCC-4, Surface Mount LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .61 

ASMT-SWBM-NU803, Longlife White PLCC-4 SMT LEDs . . . . . . . . . . . . . . . . . . . . . . . . . 62 

HLMP-xx61, 5 and 4 mm Oval Extrabright LEDs for Video Screens . . . . . . . . . . . . . . . . . 63 

ASSR Series, Solid State Relay with MOSFET Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . 64 

AEDB-9340, Six-Channel Optical Incremental Encoder Modules . . . . . . . . . . . . . . . . . . . 65 

ALM-1222, ALM-1322, High Linearity Balanced LNA Module for 

1 .8 - 2 .2 GHz Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 

Broadcast Development Kit, Altera ® based Broadcast Design Platform EBV-BDK-2C35 67 

SnakeBytes, Ultra Flexible Reference Platform Integrates FPGA and μC . . . . . . . . . . . . 68 

11500R, Pyxos Free Topology Network Chip . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69 

FAN7528, Critical Conduction Mode PFC with Dual Output Voltage Control . . . . . . . . . . .71 

FHP3130, FHP3230, FHP3430, Single, Dual, and Quad, High-Speed, 2 .7 to 

12 V, Rail-to-Rail Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72 

FHP3350 and FHP3450, Triple and Quad High Performance Amplifier . . . . . . . . . . . . . . 73 


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VI MIP Edition 3/2006 


MIP 3/2006 

MSP430F22x4, 16-Bit Low Power Microcontroller for Sensor Applications . . . . . . . . . . . 6 

MSP430FG461x, System on Chip Solution for High End Portable Medical Applications . 7 

eZ430-F2013, Small, Low Cost USB Stick Development Tool for MSP430 . . . . . . . . . . . . . 8 

CC2430/31, ZigBee TM Low Cost, Low Power System-on-Chip Solution . . . . . . . . . . . . . . . 9 

ADS1225/26, 24-Bit Precision Delta-Sigma ADC with 1/2 Channel Differential Inputs . . .10 

OPA333/2333, 1 .8 V µPower CMOS RRIO Operational Amplifier . . . . . . . . . . . . . . . . . . . .11 

TPS63000, High Efficiency Single Inductor Buck-Boost Converter with 1 .8 A Switches .12 

SN65HVD1050, EMC Optimized CAN Transceiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13 

TMP91FW60, 16-Bit Microcontroller with Large Memory . . . . . . . . . . . . . . . . . . . . . . . . . .14 

TLWJ1100, White LED with High Brightness/Current Ratio . . . . . . . . . . . . . . . . . . . . . . . . .15 

GT30F121/GT30G121, IGBTs for Plasma Display Panels . . . . . . . . . . . . . . . . . . . . . . . . . . . .16 

TEMT6000, New Ambient Light Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .17 

TCND3000, Reflective Sensor for Touchless Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .18 

TLWR942x/952x, High Brightness Oval TELUX TM LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . .19 

MAX ® II, The Lowest Cost CPLD Ever . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 

Video and Image Processing Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 

Nios ® II, C to Hardware Acceleration Compiler . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 

DBC2C20, Development Board for Industrial Communications . . . . . . . . . . . . . . . . . . . . . .24 

AT26F004, AT26DF081A, AT26DF161, Serial Firmware DataFlash ® Memory . . . . . . . . . . 25 

AT32AP7000-133CGU, AVR ® 32 Based 32-Bit MCU-DSP . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 

ATA5428, UHF ASK/FSK Transceiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 

MiniTRX, Universal 868 MHz ISM Transceiver with Integrated Antenna . . . . .29 ATA5745/ 

ATA5746, UHF ASK/FSK Receivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 

ADJD-MJ00/MJ10, High Performance RGB LED Light Source . . . . . . . . . . . . . . . . . . . . . .31 

AFBR-5978Z, Industrial Fast Ethernet Transceiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 

FlexLight ASMT-Lx50/60, Round/Straight Elastomer Lightpipe with LED . . . . . . . . . . . . 33 

ASMT-Mx00 Family, High Power LEDs White, Green and Blue . . . . . . . . . . . . . . . . . . . . . 34 

AEDR-83xx/84xx, Incremental Optical Encoder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 

ACPL-4800, High CMR Intelligent Power Module and Gate Drive 

Interface Optocoupler . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 

FSHDMI04, 1 .65 Gbps Differential Signal Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37 

FSUSB31, Low Power Single Port Hi-Speed USB 2 .0 Switch . . . . . . . . . . . . . . . . . . . . . . . 38 

MC9RS08KA1/2, Ultra Low End 8-Bit MCU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 

MC9S08QD4, 8-Pin Low Cost 8-Bit Flash Microcontroller . . . . . . . . . . . . . . . . . . . . . . . . . 40 

MMA6270Q and MMA6280Q, Dual Axis Low g Accelerometers . . . . . . . . . . . . . . . . . . . .41 

MC56F8011, 12 K Flash Device Expands Existing 56F801x Family for Motor Control . . . 42 

i .MX31, Multimedia Processor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 

MCP8321/23, PowerQUICC II Processor with Quicc Engine (Light) . . . . . . . . . . . . . . . . . . 44

MB91F467D, 32-Bit High End MCU with 1 Mbyte Flash and 3 x CAN . . . . . . . . . . . . . . . . 45 

ADM8513/ADM8515, USB 1 .1/2 .0 to Ethernet LAN Controller . . . . . . . . . . . . . . . . . . . . . . 46 

AUDO-NextGeneration, New Members of TriCore TM Family . . . . . . . . . . . . . . . . . . . . . . . .47 

TLE4990, Programmable Linear Hall Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 

EL9111/EL9112, Triple Differential Receiver/Equalizer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49 

EL9115, Triple Analog Delay Line Receiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50 

Low Power, High Speed CMOS Static RAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .51 

8-Mbyte Flash memory, 1 .8 V Single Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 

LM5072, 100 V Power-over-Ethernet and PWM controller . . . . . . . . . . . . . . . . . . . . . . . . . 53 

ADC14L020, ADC14L040, 14-Bit, 20 and 40 Msps A/D Converters . . . . . . . . . . . . . . . . . . 54 

LM25005/LM25007/LM25010, Step Down Switching Regulators . . . . . . . . . . . . . . . . . . . 55 

LM5035, PWM Controller with 100 V, 2 A Half Bridge and SyncFET Drivers . . . . . . . . . . 56 

LM3100, Synchronous 1 MHz 1 .5 A Step-Down Voltage Regulator . . . . . . . . . . . . . . . . . 57 

LMX9830, Bluetooth TM Class 2 Serial Port Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 

BlueNiceCom IV, Ready-to-Use Bluetooth TM Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 

LP5900, Ultra Noise, 100 mA Linear Regulator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60 

NCP3163, 3 A Regulator for Buck, Boost and Inverting Topologies . . . . . . . . . . . . . . . . . .61 

NCP1337, PWM Controller for Quasi-Resonant Operation . . . . . . . . . . . . . . . . . . . . . . . . . 62 

NCP3335/A, High Performance, 500 mA Low Dropout Regulators . . . . . . . . . . . . . . . . . . 63 

NCP5010, 500mW Boost Converter for White LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64 

Golden Dragon LED, with Lens . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65 

CL RC632, Multiple Protocol Contactless Reader IC supports all HF RF-ID Protocols . . 66 

NEXPERIA PNX1700, HD-capable Media Processor for Video Applications . . . . . . . . 67 

LPC28xx, Low Cost ARM7, USB, 1 MB Flash . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 

SC16IS752/762, SPI/I 2 C to Dual Channel UART Bridge with IrDA . . . . . . . . . . . . . . . . . . . 69 

S29GL01G, 1 Gigabit Mirrorbit ® Flash . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 

STG3P2M10N60B/STG3P3M25N60, New SEMITOP Modules . . . . . . . . . . . . . . . . . . . . . . .71 

STR912FW44X6, ARM966E-S TM Flash MCU with Ethernet, USB, CAN . . . . . . . . . . . . . . . 72 

L6920, 1 V High Efficiency Synchronous Step-Up Converter . . . . . . . . . . . . . . . . . . . . . . .74 

STP16CL596, Low Voltage 16-Bit, Constant Current LED Sink Driver . . . . . . . . . . . . . . . . 75 


VII 

teXAs 

instruMents 

toshiBA 

vishAy 

AlterA 

AtMel 

AvAgo 

teChnologies 

FAirChild 

FreesCAle 

Fujitsu 

inFineon 

intersil 

issi 

MACroniX 

nAtionAl 

seMiConduCtor 

on 

seMiConduCtor 

osrAM 

PhiliPs 

sPAnsion 

st MiCroeleCtroniCs

FalconEye 

Motion Control Reference Design Platform 

Presented by EBV Elektronik 

The FalconEye reference design platform was developed in collaboration between Avago 

Technologies, Fairchild Semiconductor, Freescale Semiconductor, STMicroelectronics 

and EBV . The modular construction of the FalconEye board with PFC is used for the 

electronic control and/or regulation of brushless synchronous and asynchronous motors . 

FalconEye offers developers enormous potential, ranging from huge energy savings to 

high-precision control options and significant improvements in EMC behaviour . For all 

questions and application support please contact your local partner at EBV Elektronik . 

More information at www.ebv.com/falconeye, where you also have the chance to win 

a FalconEye board . 

Distribution was yesterday. Today is EBV. 


Main Features: 

¬ Avago: Isolated IGBT Drivers, 

Voltage and Current Sensors 

¬ Fairchild: Smart Power Module and 

Power Supply 

¬ Freescale: Digital Signal Controller 

¬ STMicroelectronics: Discrete 

Power Devices 

¬ Software and Brushless DC (300 V) 

Motor is included 

D-85586 Poing | & +49 (0)8121 774-0 | www.ebv.com

Please 

find the 

complete 

MIP 1/2008 

including the 

Literature on this CD. 

Literature 

CD MIP 1/2008 

�� 

MIP 1/2008 

Marketing Innovative Products 

Interested in receiving the latest product 

information by e-mail? Just register here for the 

EBV Newsletter: www.ebv.com/newsletter 

www.ebv.com 

CD_Label_MIP_1_2008.indd 1 24.01.2008 15:16:30 

MIP Edition 1/2008

EBV European Headquarters 

EBV Elektronik GmbH & CO. KG I D-85586 Poing | Im Technologiepark 2-8 | Tel. +49 (0)8121 774-0 | www.ebv.com 

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