ATMEL CROSS REFERENCE Search Results

WINBOND W27E010-70

Abstract: m27c4001 CROSS REFERENCE M27C512-70-BST W27E512-70 WINBOND cross reference W27E010P atmel 943 ATMEL AT27c512r SST27SF512 SST27SF512-70-3C-PG
Contextual Info: EPROM Cross Reference Guide Competitor Density bits 512K Org. (bits) 64K*8 Company Atmel ST Micro SST 1M 128K*8 Atmel ST Micro SST 2M 256K*8 Atmel ST Micro SST Part No. Winbond Voltage Speed (ns) Description Package Type Part No.* AT27C512R-70-PC 12V/ 5V

um61256ak-15

Abstract: w24m257ak-15 um61256 um61256ck-20 um61256ak-12 km62256blg-7 KM68257Bp-20 W24M257AK HY6264ALP-10 w24M257
Contextual Info: ISSI Integrated Silicon Solution, Inc. CROSS REFERENCE GUIDE SRAM/NVM Serial EEPROM EPROM FLASH Static RAM SEPTEMBER 1996 CROSS REFERENCE GUIDE E2PROM ATMEL ISSI MIL PACKAGE SYMBOL PC P SC G SC GR AT93C46-10PC AT93C46-10PC-2.7 AT93C46-10SC AT93C46-10SC-2.7

eprom 27c256

Abstract: 27C256 atmel 27C256 hitachi 27C256 27c256 intel WSI Cross Reference 27c256 toshiba ti 27c256 hitachi 27c256 oki cross
Contextual Info: EPROM CROSS REFERENCE AMD WSI OKI WSI Am27C128 Am27C256 Am27H256 WS57C128FB WS57C256F WS57C256F MSM27C256 WS57C256F SANYO WSI LA7620 WS57C64F ATMEL WSI AT27HC256/L AT27HC256R/R WS57C256F WS57C256F SGS-T WSI M27128/A M27256 WS57C128FB WS57C256F CATALYST WSI

M25P08

Abstract: MD2800-D08 pmc flash pm49fl004t-33jc MD2810-D08 m25p04 SDTB-128 MD2811-D32-V3 M25P08-V-MN-6-T Sandisk TSOP EPROM databook am27c256 120
Contextual Info: SST Base Memory Cross Reference Table Silicon Storage Technology, Inc. Density Voltage Organized as x8/ x16 SST AMD ST Microelectronics Atmel Intel Winbond Flash 512K 5V 8 SST39SF512; SST29EE512 AM28F512 M29F512 AT49F512, AT29C512 - W29EE512 1M 5V 8 SST39SF010; SST29EE010

NM93C46ZEN

Abstract: atmel 93c66 24C04BT-ISN atmel 93C46 24c04af 93C76 seiko TM601
Contextual Info: Cross Reference Guide MEMORY SIZE 1Kb 2Kb SEIKO INSTRUMENTS NSC ATMEL SGS THOMSON MICRO CHIP S-29130ADPA NM93C S 46ZEN AT93C46-10PI-2.5 ST93C46(7)AB6 93C46-IP S-29130AFJ A-TB NM93C(S)46ZEM8 AT93C46R-10SI-2.5 ST93C46(7)TM6013TR 93C46XT-ISN AT93C46W-1 OSI-2.5

2wire

Abstract: AT25040 "cross reference" x24c01 eeprom Atmel eeprom Cross Reference X24C02 EEPROM cross m95160 x24c04 X24320 X24C08
Contextual Info: ICmic Serial EEPROM Industry Cross Reference Data S.No. 1 2 3 4 5 6 7 8 9 10 11 ICmic part Features Interface Density ATMEL Equivalence ST Equivalence X24C01 X24C02 X24C04 X24C08 X24165 X24320 X25057 X25160 X25320 X25642 X25650 128 x 8 256 x 8 512 x 8 1024 x 8

M24128-BMN6

Abstract: SO8w AT24C04-10TI atmel 030 SO8W Package AT24C1024 M93C46-WMN6 10PI25 at25010 bn part numbering at25256
Contextual Info: Serial EEPROMs www.st.com/eeprom ATMEL to ST Cross Reference Guide STM i c r o e l e c t r o n i c s More Intelligent Solutions Part numbering schemes ST Serial EEPROM M 2 4 Vcc blank W R S V NV Memory 93 = Microwire 24 = I2C 95 = EEPROM SPI ASM 33 = Microwire®

WINBOND APPLICATION NOTE

Abstract: WINBOND Serial flash cross reference S25FL080A mxic spi flash MXIC Lot Code Identification AT25F4096 MXIC SPI Flash MXIC serial Flash MX25L8005
Contextual Info: 4M-8M SPI Cross Reference Spansion , STM®, SST®, MXIC, Atmel® & Winbond® Application Note By: Victor Li 1. Introduction Spansion provides a wide range of SPI Serial Peripheral Interface Flash from 4 Mbits to 128 Mbits. The 4-Mbit and 8-Mbit SPI Flash are two of the most popular densities used and are produced by a number of

um61256

Abstract: um611024 SRAM 64KX8 5V A29F002 TC51V4265 rom at29c010 WINBOND cross reference MT48LC8M16A2 ks0723 k4s561632 IDT72V245
Contextual Info: Cross Reference Your Memory Provider part number brand AMIC part number Description µPD4218165 µPD4218165 µPD424260 µPD431000A µPD43256B µPD441000L-B µPD442000L-B µPD442012L-XB µPD444012L-B µPD4504161 28F160S3/B3/C3 A29F002 AM29DL162C/D AM29DL163C/D

um61256

Abstract: hynix hy57v281620 hy57v641620 cross reference WINBOND Serial flash cross reference UM611024 256k x8 SRAM 28F160S3 Samsung EOL "DDR1 SDRAM" 1MX8/512KX16
Contextual Info: Cross Reference Your Memory Provider Part number µPD4218165 µPD4218165 µPD424260 µPD431000A µPD43256B µPD441000L-B µPD442000L-B µPD442012L-XB µPD444012L-B µPD4504161 28F160S3/B3/C3 A29F002 AM29DL162C/D AM29DL163C/D AM29DL164C/D AM29F002B AM29F010

MX29GL256

Abstract: 28F512P30 Numonyx M29W256G 28F00AP30 w25q128 MX25L6445 28F00AM29EW M29DW127G 28F128P30 PF38F3040M0Y3D
Contextual Info: Spansion NOR Flash Memory Competitive Cross Reference Guide December 2009 Parallel 1.8V Density Voltage Bus Mb (V) VIO (V) Type Bus Sector Width Type # Initial Access Burst Speed Banks Times (ns) (MHz) Packages Temp Range Recommended Pin Software Spansion OPN Compatible Compatible Notes

atmel 93C46

Abstract: 93c46 atmel 93C46 national 93C46 national semiconductor 24c04 Atmel 93c46 I2C atmel 24c04 ATMEL 24c32 atmel 24c02 24c04a atmel
Contextual Info: SERIAL EEPROM Serial EEPROM Cross Reference Guide The purpose of this document is to provide a quick way to determine the closest Microchip equivalent to Serial EEPROMs produced by other manufacturers. The cross reference section is broken down by manufacturer and lists all parts from that manufacturer, and the

ST m27c512

Abstract: TSOP44 Package SO32 m27c1001 plcc32 ST M27C256B Atmel 642 M27C4002 m27c4001 CROSS REFERENCE PLCC32 package EPROM m27c2001
Contextual Info: OTP and UV EPROM Products www.st.com/eprom Cross Reference Guide STM i c r o e l e c t r o n i c s More Intelligent Solutions Introduction Long-term commitment STMicroelectronics will support the EPROM market in the long term with a strong commitment, guaranteeing manufacturing capability and high quality service. Continuous

WINBOND Serial flash cross reference

Abstract: ICE25P05 SST25VF016-33-4C-QA Y25f05 Atmel part numbering SST25VF080-33-4C-SA footprint wide SOIC8 SST MLP8 FOOTPRINT footprint WSON ICE25P10
Contextual Info: Serial Flash for code storage – SPI bus Cross reference guide www.st.com/serialflash How to use this cross reference guide This cross reference guide is intended to help you choose the ST product most compatible with competitive devices. It is very easy to use: simply identify the competitor’s part number, with the memory

UM62256EM-70LL

Abstract: UM611024 UM62256EM KM416S1020BTG10 AS4C256K16FO-60JC um62256e M27c4000 KM416S1020BT-G10 HM62256 sram ks0723
Contextual Info: Cross Reference Your Memory Provider Partnumber Brand µPD4218165 NEC µPD4218165 NEC µPD424260 NEC µPD431000A NEC µPD43256B NEC µPD43256B-B NEC µPD43256BGU-70LL NEC µPD43256BGW-70 NEC µPD441000L-B NEC µPD442000L-B NEC µPD442012L-XB NEC µPD444012L-B

EP600PC

Abstract: gal22v8 GAL22CV10 EP600PC-3 DPLD610-25 EP600DC-3 PPLD610-25 ep600pc-45 EP910PC-40 EP900PC
Contextual Info: PinPin-Compatible PEEL Array Cross Reference Package, speed and power options Altera EP312 EP600PC EP600PC-45 EP600PC-3 EP600DC* EP600DC-3* EP610PC-35 EP610PC-30 EP610PC-25T EP610PC-25 EP610PC-20T EP610PC-20 EP610PC-15T EP610PC-15 EP610PI-30 EP610DC-35*

NM27C64Q

Abstract: M27C128A-15F6 Am27C512-1500C M27C128A-12F1 nm27c256qe NM27C64Q-150 NM27C64Q150 NM27C256N200 28/H5GQ1H24MJR-T0C NM27C512Q150
Contextual Info: EPROM M ic r o c h ip EPROM Cross Reference Guide INTRODUCTION Legend: The purpose of this document is to provide a quick way to determine which EPROM parts are mechanical and electrical equivalents to Microchip devices. There is also a listing of manufacturer's part numbering schemes

AVR498

Abstract: Motor Control Application Notes sensorless bldc AVR 16 c source code GENERATORS AVR block diagram sensorless bldc AVR c source code circuit diagram for AVR synchronous generator sensorless bldc motor driver circuit using AVR 42BLS01-001 star delta wiring diagram motor start y
Contextual Info: AVR498: Sensorless control of BLDC Motors using ATtiny261/461/861 Features • • • • • BLDC Motor Control in Sensorless Mode Timer 1 Waveform Generator Use Hardware Implementation External speed reference Code Example 8-bit Microcontrollers Application Note

AVR444

Abstract: Motor Control sensorless bldc AVR c source code AVR443 atmega88 adc code example assembly bldc c source code AVR sensorless bldc motor driver circuit using AVR c code for bldc motor control using avr atmel bldc motor controller sensorless bldc c source code avr
Contextual Info: AVR444: Sensorless control of 3-phase brushless DC motors Features • • • • • • • Robust sensorless commutation control. External speed reference. Overcurrent detection/protection. Basic speed controller included. Full source code in C. Source code can be adapted to a new motor by changing parameters.

cypress fpga

Abstract: atmel 550 epm7064s cross reference XC3042A pinout epm7064 cross reference xilinx XC6216 Actel Accelerator fpga XC7336 cross reference XC4005E PHYSICAL altera PLD cross reference
Contextual Info: CMOS ASIC Converting FPGAs and PLDs to Atmel Gate Arrays Introduction Atmel is one of the only companies that designs and manufactures field programmable gate arrays FPGAs , programmable logic devices (PLDs) and high performance gate arrays. Atmel offers a seamless, direct conversion

IEC-CISPR25

Contextual Info: Atmel ATA6824C High Temperature H-bridge Motor Driver DATASHEET Features ● PWM and direction-controlled driving of four externally-powered NMOS transistors ● High temperature capability up to 200°C junction ● A programmable dead time is included to avoid peak currents within the H-bridge

IEC-CISPR25

Abstract: ATA6824
Contextual Info: Atmel ATA6824 High Temperature H-bridge Motor Driver DATASHEET Features ● PWM and direction-controlled driving of four externally-powered NMOS transistors ● High temperature capability up to 200°C junction ● A programmable dead time Is included to avoid peak currents within the H-bridge

ATA6824

Abstract: AEC-Q100 JESD78 T100 capacitor cross reference trf 510 transistor
Contextual Info: Features • • • • • • • • • • • PWM and Direction-controlled Driving of Four Externally-powered NMOS Transistors High Temperature Capability up to 200°C Junction A Programmable Dead Time Is Included to Avoid Peak Currents Within the H-bridge

Contextual Info: Atmel ATA6824 High Temperature H-bridge Motor Driver DATASHEET Features PWM and direction-controlled driving of four externally-powered NMOS transistors High temperature capability up to 200°C junction A programmable dead time Is included to avoid peak currents within the H-bridge