ST93C46A Search Results

VA00874

Contextual Info: ST93C46A ST93C46T SGS-THOMSON ^ 7 # llü [E } Q i[ L i( ê ¥ [] 3 @ [* S SERIAL ACCESS CMOS 1K bit (64 x 16 or 128 x 8) EEPROM • MINIMUM 1,000,000 ERASE/WRITE CYCLES, WITH OVER 10 YEARS DATA RETENTION ■ DUAL ORGANISATION: 6 4 x 1 6 or 1 2 8 x 8

T93C46A

Contextual Info: SGS-THOMSON ST93C46A M 1 KBITS 64x16 or 128x8 SERIAL ACCESS CMOS EEPROM MEMORY PRELIMINARY DATA HIG HLY INCREASED RELIABILITY OF CMOS EEPROM TECHNOLOGY. OVER 1 M ILLION ERASE/WRITE CYCLES. OVER 10 YEARS DATA RETENTION. 64 X 16 OR 128 X 8 M EMORY FORMAT USER

VA00874

Abstract: ST9306A
Contextual Info: r= J *T Æ ST93C46A ST93C46T S C S -TH O M S O N H D g [Ë ] i[L i(g î® (ô R ÎD (g i SERIAL ACCESS CMOS 1K bit (64 x 16 or 128 x 8) EEPROM • MINIMUM 1,000,000 ERASE/WRITE CYCLES, WITH OVER 10 YEARS DATA RETENTION ■ DUAL ORGANISATION: 64 x 16 or 128 x 8

ST93C46

Abstract: ST93C46A ST93C46C ST93C47C
Contextual Info: ST93C46A,46C,46T ST93C47C,47T SERIAL MICROWIRE BUS 1K 64 x 16 or 128 x 8 EEPROM 1 MILLION ERASE/WRITE CYCLES, with 10 YEARS DATA RETENTION DUAL ORGANIZATION: 64 x 16 or 128 x 8 BYTE/WORD and ENTIRE MEMORY PROGRAMMING INSTRUCTIONS SELF-TIMED PROGRAMMING CYCLE with

ST93C46CB1

Contextual Info: f w 7 S G S -TH O M S O N *7 # . ST93C46A, ST93C46C ST93C46T SERIAL ACCESS CMOS 1K bit 64 x 16 or 128 x 8 EEPROM • MINIMUM 1 MILLION ERASE/WRITE CYCLES, with OVER 10 YEARS DATA RETENTION ■ DUAL ORGANIZATION: 64 x 16 or 1 2 8 x 8 ■ BYTE/WORD and ENTIRE MEMORY PRO­

ST93C46

Abstract: M93C46 ST93C46A ST93C46C ST93C46T ST93C47C ST93C47T
Contextual Info: ST93C46A,46C,46T ST93C47C,47T 1K 64 x 16 or 128 x 8 SERIAL MICROWIRE EEPROM NOT FOR NEW DESIGN 1 MILLION ERASE/WRITE CYCLES, with 40 YEARS DATA RETENTION DUAL ORGANIZATION: 64 x 16 or 128 x 8 BYTE/WORD and ENTIRE MEMORY PROGRAMMING INSTRUCTIONS SELF-TIMED PROGRAMMING CYCLE with

Contextual Info: 7 S C S -TH O M SO N I GfflB»IHI g»ffl(ga ST93C46A, ST93C46C ST93C46T SERIAL ACCESS MICROWIRE BUS 1K (64 x 16 or 128 x 8 EEPROM • 1 MILLION ERASE/WRITE CYCLES, with 10 YEARS DATA RETENTION ■ DUAL ORGANIZATION: 64 x 16 or 128 x 8 ■ BYTE/WORD and ENTIRE MEMORY

ST93C46

Abstract: ST93C46T ST93C46A ST93C46C ST93C56C
Contextual Info: 7 SCS-THOMSON I » [^©ilUigre©* ST93C46A, ST93C46C ST93C46T SERIAL ACCESS MICROW IRE BUS 1K 64 x 16 or 128 x 8 EEPROM • 1 MILLION ERASE/WRITE CYCLES, with 10 YEARS DATA RETENTION ■ DUAL ORGANIZATION: 64 x 16 or 128 x 8 ■ BYTE/WORD and ENTIRE MEMORY

AI00872C

Abstract: st93c46 AI00982B ST93C46CB1
Contextual Info: ST93C46A,46C,46T ST93C47C,47T 1K 64 x 16 or 128 x 8 SERIAL MICROWIRE EEPROM NOT FOR NEW DESIGN 1 MILLION ERASE/WRITE CYCLES, with 40 YEARS DATA RETENTION DUAL ORGANIZATION: 64 x 16 or 128 x 8 BYTE/WORD and ENTIRE MEMORY PROGRAMMING INSTRUCTIONS SELF-TIMED PROGRAMMING CYCLE with

Contextual Info: ST93C46A,46C,46T ST93C47C,47T SGS-THOMSON llllM J ilL liM W Iie i 1K 64 x 16 or 128 x 8 SERIAL MICROWIRE EEPROM NOT FOR NEW DESIGN • 1 MILLION ERASE/WRITE CYCLES, with 40 YEARS DATA RETENTION ■ DUAL ORGANIZATION: 6 4 x 1 6 or 1 2 8 x8 ■ BYTE/WORD and ENTIRE MEMORY

ST93C46AB1

Contextual Info: SCS-THOMSON ST93C46A ILI 1 KBITS 64x16or 128x8 SERIAL ACCESS CMOS EEPROM MEMORY PRELIM INARY DATA HIGHLY INCREASED RELIABILITY OF CMOS EEPROM TECHNOLOGY. OVER 1 MILLION ERASE/WRITE CYCLES. OVER 10 YEARS DATA RETENTION. 64 X 16 OR 128 X 8 MEMORY FORMAT USER

Contextual Info: ST93C46A,46C,46T ST93C47C,47T SERIAL MICROWIRE BUS 1K 64 x 16 or 128 x 8 EEPROM 1 MILLION ERASE/WRITE CYCLES, with 40 YEARS DATA RETENTION DUAL ORGANIZATION: 64 x 16 or 128 x 8 BYTE/WORD and ENTIRE MEMORY PROGRAMMING INSTRUCTIONS SELF-TIMED PROGRAMMING CYCLE with

ST93C46

Abstract: ST93C46A ST93C46C ST93C47C st93c46will
Contextual Info: C T SG S-TH O M SO N ^7#» Gffl IS(mi(gmi3(MD(g§ ST93C46A,46C,46T ST93C47C,47T SERIAL MICROWIRE BUS 1K (64 x 16 or 128 x 8 EEPROM • 1 MILLION ERASE/WRITE CYCLES, with 40 YEARS DATA RETENTION ■ DUAL ORGANIZATION: 64 x 16 or 128 x 8 ■ BYTE/WORD and ENTIRE MEMORY

ST93C46

Abstract: ST93C46A ST93C46C ST93C46T ST93C56C
Contextual Info: ST93C46A, ST93C46C ST93C46T SERIAL ACCESS MICROWIRE BUS 1K 64 x 16 or 128 x 8 EEPROM 1 MILLION ERASE/WRITE CYCLES, with 10 YEARS DATA RETENTION DUAL ORGANIZATION: 64 x 16 or 128 x 8 BYTE/WORD and ENTIRE MEMORY PROGRAMMING INSTRUCTIONS SELF-TIMED PROGRAMMING CYCLE with

palce16v8 programming algorithm

Abstract: PH29EE010 ATMEL 620 93c46 EPROM NMC27C512AQ atmel 130 24c02 EP320I gal16v8 stag orbit 32 device list ph29ee010-xx gal16v8 programming
Contextual Info: Datum 18.11.1998 aus www.stagusa.com Orbit 48 Device Support List Version 25.0 Note ALL PLDs require Orbit 48 PLD Module Please consult device specific information at the end of this list. Stag Programmers Ltd. Silver Court, Watchmead, Welwyn Garden City, Herts AL7 1LT, U.K.

CH-2074

Abstract: EM6620 EM6622 ST93C46A em microelectronic hex bcd assembler conversion
Contextual Info: EM6622 Table of Contents FEATURES _2 DESCRIPTION _2 TYPICAL APPLICATIONS _2 EM6622 AT A GLANCE _3 1. PIN DESCRIPTION FOR EM6622 ; _4 2. OPERATING MODES _7

Device-List

Abstract: cf745 04 p 24LC211 lattice im4a3-32 CF775 MICROCHIP 29F008 im4a3-64 ks24c01 ep320ipc ALL-11P2
Contextual Info: Device List Adapter List Converter List for ALL-11 JUL. 2000 Introduction T he Device List lets you know exactly which devices the Universal Programmer currently supports. The Device List also lets you know which devices are supported directly by the standard DIP socket and which

TDA0161 equivalent

Abstract: 1N3393 BDX54F equivalent byt301000 bux transient voltage suppressor ST90R9 ua776mh sgs 2n3055 Transistor morocco mje13007 inmos transputer reference manual
Contextual Info: SHORTFORM 1995 NOVEMBER 1994 USE IN LIFE SUPPORT DEVICES OR SYSTEMS MUST BE EXPRESSLY AUTHORIZED SGS-THOMSON PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF SGS-THOMSON Microelectronics. As used herein:

64X16 led matrix

Abstract: TDA8172A 12v 400W AUDIO AMPLIFIER TEA2037 tda2824s TDA8214A CQFP-100 12v 40w tda2040 amplifier circuit tda2030 CQFP100
Contextual Info: SELECTION GUIDE For detailed information on products referred to in the selection guide but not included as datasheet in this book, please refer to the databook indicated in column "DB" SG S-THOMSON DATABOOKS DB O RDER CODE a 4 BIT MCU FAMILY ET9400 DBET9400ST/1

PH29EE010

Abstract: NEC D2716 GAL16V8 TC578200D AT25C01 EP320I stag orbit 32 device list D27C64 GAL22CV10 MBM27C2048
Contextual Info: Orbit 48 Device Support List Version 29.0 Note ALL PLDs require Orbit 48 PLD Module Please consult device specific information at the end of this list. Stag Programmers Ltd. Silver Court, Watchmead, Welwyn Garden City, Herts AL7 1LT, U.K. Tel +44 1707 332148

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

Contextual Info: C T SG S-1H 0M S0N * 7 # . STG 2000 H D IS ú lllL I(g T O © [iü ]D É Í MULTIMEDIA ACCELERATOR PRELIMINARY INFORMATION DESCRIPTION KEY FEATURES The STG2000 Multimedia Accelerator delivers a complete array of advanced multimedia functions, including real-time photorealistic 3D graphics, fullmotion video, video-based special effects and

AM524

Abstract: AM32 ST93C46A
Contextual Info: 1. PIN DESCRIPTION FOR EM6610 8 2. OPERATING MODES 11 2.1 ACTIVE MODES 2.2 STANDBY MODES 2.3 SLEEP MODE 11 11 11 3. POWER SUPPLY 12 4. RESET 13 4.1 OSCILLATION DETECTION CIRCUIT 4.2 RESET TERMINAL 4.3 INPUT-PORTA-RESET 4.4 DIGITAL WATCHDOG TIMER RESET 4.5 CPU STATE AFTER RESET

SC302

Abstract: 93C46 93C46A 93C46C ST93C46A X25020 X25080 DAT20
Contextual Info: Using SC302Bug 1 Running SC302Bug Version 3.1 SC302Bug is a software package that communicates with the SC302 Application Development System board SC302ADS . The software uses word, I/O mode accesses. All numbers are assumed to be in hexadecimal notation.