X2412 Search Results

X4283

Abstract: S1010 X24128 X24128Z X24128ZI X428
Contextual Info: Recommended System Management Alternative: X4283 X24128 128K 16K x 8 Bit 400kHz 2-Wire Serial EEPROM with Block Lock FEATURES DESCRIPTION • Save critical data with programmable block lock protection —Block lock 0, 1/4, 1/2, or all of EEPROM array

Contextual Info: i 128K m 16K x 8 Bit X2412Ô 400KHz 2-Wire Serial E2PROM with Block Lock FEATURES DESCRIPTION • S av e C ritic a l D ata w ith P ro g ra m m a b le B lo ck L o ck P ro te c tio n — Block Lock 0 ,1 /4 ,1 /2 , or all of E2PROM Array — Software Write Protection

Contextual Info: U 16K x 8 Bit X24128 128K K 400KHz 2-Wire Serial E2PROM with Block Lock FEATURES DESCRIPTION • S av e C ritic a l D ata w ith P ro g ra m m a b le B lo ck L o ck P ro te c tio n — Block Lock 0 ,1 /4 ,1 /2 , or all of E2PROM Array — Software Write Protection

GO 704-1

Contextual Info: 16K x 8 Bit X24129 128K 400 KHz 2-Wire Serial E2PROM FEATURES • • • • • • • • • • DESCRIPTION The X24129 is a CMOS Serial E2PROM Memory, internally organized 16K x 8. The device features a serial interface and software protocol allowing operation on a simple two wire bus. The bus operates at

Contextual Info: This X24128 device has been acquired by IC MICROSYSTEMS from Xicor, Inc. X24128 128K 16K x 8 Bit 2 400KHz 2-Wire Serial E PROM with Block Lock FEATURES TM DESCRIPTION 2 The X24128 is a CMOS Serial E PROM, internally organized 16K x 8. The device features a serial inter-

X24128

Contextual Info: 16K x 8 Bit X24128 128K 400KHz 2-Wire Serial E2PROM with Block LockTM FEATURES DESCRIPTION • The X24128 is a CMOS Serial E2PROM, internally organized 16K x 8. The device features a serial interface and software protocol allowing operation on a simple two wire bus.

Contextual Info: 128K 16K x 8 Bit X2412Ô 400KHz 2-Wire Serial E2PROM with Block Lock FEATURES DESCRIPTION • S av e C ritic a l D ata w ith P ro g ra m m a b le B lo ck L o ck P ro te c tio n — Block Lock 0 ,1 /4 ,1 /2 , or all of E2PROM Array — Software Write Protection

68hc11 multiple byte transfer using spi

Abstract: 68HC11 M68HC11
Contextual Info: Application Note AN 105 Interfacing the 400KHz X24129 Serial EEPROM to the Motorola 68HC11 Microcontroller by Applications Staff This application note demonstrates how the Xicor X24129 Serial EEPROM can be interfaced to the 68HC11 microcontroller family when connected as

Contextual Info: 16K x 8 Bit X24128 128K 400KHz 2-Wire Serial E2PROM with Block Lock FEATURES DESCRIPTION • S av e C ritic a l D ata w ith P ro g ra m m a b le B lo ck L o ck P ro te c tio n — Block Lock 0 ,1 /4 ,1 /2 , or all of E2PROM Array — Software Write Protection

Contextual Info: PA16SO-8-1-x Data Sheet 16 pin SO socket/8 pin DIP 0.3" or 0.6” plug Supported Device/Footprints Adapter Construction Using these adapters, the Xicor X24128 in a 16 pin SO package with a body width of 3.9mm - 4.0mm and lead pitch 1.27mm can be programmed as its 8 pin DIP part.

interfacing 8051 with eeprom c source code

Abstract: 8051 interfacing to EEProm 8051 microcontroller Assembly language program interfacing 8051 with eeprom microcontroller based caller id by using 8051 8051 reset circuit 8051 interfacing with eeprom 80C51 assembly c program 8051 interfacing with eeprom 80C51
Contextual Info: Interfacing the 400kHz X24128 Serial EEPROM to 8051 Microcontrollers Application Note This application note demonstrates how the Intersil X24128 serial EEPROM can be interfaced to the 8051 microcontroller family when connected as shown in Figure 1. September 21, 2004

microcontroller based caller id by using 8051

Abstract: c program 8051 interfacing with eeprom 80C51 X24128
Contextual Info: Application Note AN 106 Interfacing the 400KHz X24128 Serial EEPROM to 8051 Microcontrollers by Applications Staff This application note demonstrates how the Xicor X24128 serial EEPROM can be interfaced to the 8051 microcontroller family when connected as shown in

Contextual Info: Recommended System Management Alternative: X4283 X24128 128K 16K x 8 Bit 400kHz 2-Wire Serial EEPROM with Block Lock DESCRIPTION • Save critical data with programmable block lock protection —Block lock 0, 1/4, 1/2, or all of EEPROM array —Software write protection

Contextual Info: 128K X24129 16K x 8 Bit 400 KHz 2-Wire Serial E2PROM FEATURES DESCRIPTION • 1.8V to 3.6V, 2 .5 V to 5.5 V and 4 .5 V to 5.5V P ow er S u p p ly O p e ra tio n • Low Pow er C M O S — Active Read Current Less Than 1mA — Active Write Current Less Than 3mA

Intersil X24645

Abstract: AN87 X24128 X24165 X24320 X24325 X24640 X24645
Contextual Info: Block Lock and Programmable Hardware Write Protection for Intersil’s 2-Wire Serial Devices Application Note April 27, 2005 AN87.0 Author: Carlos Martinez One of the major drawbacks with memory devices using the 2-wire serial interface is the loss or corruption of data, either

EEPROM

Abstract: X24128 X24164 X24165 X24256 X24257 X24512 X24C04 X24C08 X24C16
Contextual Info: Memory Products—Serial 2-Wire EEPROM Note: Products in Italics NOT Recommended for New Designs Product Description X24C04 Alt. part 4K 2-wire serial EEPROM # see Sys. (512 X 8 Mgmt. X4043/5) Pkg Code ( ) = # of leads Temp Range P(8), S8, S14 C, I X24C08

X24128

Abstract: X24320 X24640
Contextual Info: Draft 1.9 4/22/97 SG Editor and Reader Contact: Gary Craig, Director Product Marketing Xicor, Inc. Phone: 408 432-8888 gcraig@xicor.com Agency Contact: Mark Alden Cain Communications Phone: (408) 341-8960 aldenmark@aol.com XICOR ANNOUNCES A NEW 2-WIRE EEPROM FAMILY WITH THE

AN61

Abstract: X24128 X25128
Contextual Info: APPLICATION NOTE A VA I L A B L E AN61 16K x 8 Bit X25128 128K SPI Serial E2PROM with Block LockTM Protection FEATURES DESCRIPTION • • • The X25128 is a CMOS 131,072-bit serial E2PROM, internally organized as 16K x 8. The X25128 features a Serial Peripheral Interface SPI and software

M28F512-12C3

Abstract: 93C56P xicor 28C64 AT28C17-25PC 93C66P m5m28f102j AT28C16-20PC ATMEL serial EEPROM 32K 93C56SN eeprom 28c64
Contextual Info: Main Menu September 2001 Cross Reference Guide Main Menu Main Menu Table of Contents Product Page Number Featured Product Information Serial EEPROM Atmel Fairchild Microchip ST Microelectronics Xicor 3-Wire/Microwire Serial EEPROM Atmel Microchip Fairchild

atmel at24c02

Abstract: AT24C08 24C02A ATMEL M24C02-WBN6 M24C32-WMN6 M24C64WMN1 x24c16s14 M93C46-RMN1 AT24C164 AT24C21
Contextual Info: JANUARY 1999 SERIAL EEPROM CROSS-REFERENCE GUIDE Microchip 24LC16BI/P Microchip 24C01A/P 24LC01B/P 24AA01/P 24C01A-I/P 24LC01B-I/P 24AA01-I/P 24C01A/SN 24LC01B/SN 24AA01/SN 24C01A-I/SN 24LC01B-I/SN 24AA01-I/SN 24LC21/P 24LC21I/P 24LC21/SN 24LC21I/SN 24C02A/P

interfacing 8051 with eeprom c source code

Abstract: microcontroller based caller id by using 8051 8051 microcontroller Assembly language program 8051 interfacing to EEProm c program 8051 interfacing with eeprom AN106 80C51 X24128
Contextual Info: Application Note AN106 Interfacing the 400KHz X24320/640/128 Serial E2PROM to 8051 Microcontrollers by Jordon Inkeles, May 1997 This application note demonstrates how the Xicor 2 X24320/640/128 serial E PROM can be interfaced to the 8051 microcontroller family when connected as

SFDB

Abstract: S14 MSOP zilog 3055 4K x 8 EEPROM Memory X24C00 X25320 p 32 lcc 300 r rom 1K x 8 S14 K 40 X84041
Contextual Info: DEB = Design Engineering Bulletin Visit Our Website for the Latest Information Product Selection Guide Density Bits Part Number VCC (Volts) Org. ICC (mA) 95DB = 1995 Data Book SFDB = Serial Flash Data Book WWW = www.xicor.com 97CD = 1997 CDROM www.xicor.com

68HC11

Abstract: 68HC11A8 AN105 M68HC11 X24128 X24F128 AN-1052
Contextual Info: Application Note AN105 Interfacing the 400KHz X24320/640/128 Serial E2PROM to the Motorola 68HC11 Microcontroller by Jordon Inkeles, May 1997 This application note demonstrates how the Xicor 2 X24320/640/128 Serial E PROM can be interfaced to the 68HC11 microcontroller family when connected as

SCK 103

Abstract: IN3091
Contextual Info: vsnnn JIIIb III A pplication N ote A V A I L AB L E AN 61 128K X25128 16K x 8 Bit SPI Serial E2PROM with Block Lock Protection FEATURES DESCRIPTION • 2MHz Clock Rate • SPI Modes 0,0 & 1,1 • 16K X 8 Bits — 32 Byte Page Mode • Low Power CMOS