SGS 2716 Search Results

Z8671

Abstract: 74L5373 7 chip computer zilog z8671 TDA 12110 SP 8324 LCD INTERFACING USING 8051 ASSEMBLING LANGUAGE ZILOG Z8681-12 Z8671 PS Z8-BASIC TDA 2060
Contextual Info: ZS MICROCOMPUTER FAMILY The Z8 2K ROM single chip microcomputer produced by SGS using NMOS technology Automatic electrical test of a VLSI device in the SGS Agrate facility Application board using Z8671 tiny Basic microcomputer CODleDls' Page SGS: an introduction

MB81C68

Abstract: TMS27256 nmc27c640 free transistor equivalent book 2sc Zeropower ram MK48Z ET27160 200 watt Regulated dc Power Supply Schematic Diag itt capacitor ady10 m2764a-2fl
Contextual Info: MEMORY PRODUCTS DATABOOK 1st EDITION JUNE 1988 USE IN LIFE SUPPORT MUST BE EXPRESSLY AUTHORIZED SGS-THOMSON' PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEM WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF SGS-THOMSON

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:

d2764c

Abstract: MK48Z12B-20 IMS1630 MK48Z02BU-25 VQC10 M27512F1 UPD27128D M2716F1 thomson RT 463 Schematic STR S6706
Contextual Info: m e m o r y pr o d u c ts databook SGS-THOMSON ® ® H lL Ig ? [§ © R IO (g i MEMORY PRODUCTS DATABOOK 1st E D IT IO N JUNE 1988 USE IN LIFE SUPPORT MUST BE EXPRESSLY AUTHORIZED SGS-THOM SON’ PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT

8681l

Abstract: Z8671 MIL883 Microprocessor z8671 Z8671 PS ms 102y 7 chip computer zilog z8671 Z8681 STR w 6262 DL118
Contextual Info: w m u m Z8 MICROCOMPUTER k . FAMILY 3 EDITION Application board using Z8671 tiny Basic microcomputer Contents P age SGS: a n in tro d u c tio n .

M2716-1F1

Abstract: M2716F1 M2716-F1 SGS-THOMSON M2716F1 et2716 eprom ET2716Q
Contextual Info: SGS-THOMSON G ì, ET2716 M 2716 mi 16K 2K x 8 NMOS UV EPROM 2048 x 8 ORGANIZATION. 525 MW MAX ACTIVE POWER, 132 MW MAX STANDBY POWER. ACCESS TIME M/ET2716-1,350 ns ; M/ET2716, 450 ns. SINGLE 5V SUPPLY. STATIC-NO CLOCKS REQUIRED. INPUTS AND OUTPUTS TTL COMPATIBLE

Contextual Info: /T T SGS-THOMSON ^7# ETC2716 [ÜD g[K](Q |[L[l(g¥ (Q)K!]0(gi 16K BIT (2K x 8) CMOS UV ERASABLE PROM • CMOS POWER CONSUMPTION ■ PERFORMANCE COMPATIBLE TO MARKET STANDARD 8-BIT CMOS MICROP. ■ 2048 x 8 ORGANISATION ■ PIN COMPATIBLE TO 2716 ■ ACCESS TIME DOWN TO 350 ns

Contextual Info: rz rz SGS-THOMSON G«[f3 6 [ILiOT@«§ MK48Z02 MK48Z12 CMOS 2K x 8 ZEROPOWER SRAM • PREDICTED WORST CASE BATTERY LIFE OF 11 YEARS @ 70°C ■ DATA RETENTION IN THE ABSENCE OF POWER ■ DATA SECURITY PROVIDED BY AUTOMATIC WRITE PROTECTION DURING POWER FAILURE

2532 eprom

Abstract: 2732 eprom 2332 eprom interfacing the 2732 eprom eprom 2532 M2333-2732 M2332-2532 2716 2732 memory chip eprom 2716
Contextual Info: SGS-THOMSON M2332 M [E â i[L[i(g¥[E»0(gi_ M2333 32K-BIT READ ONLY MEMORY • M2332-2532 EPROM PIN COMPATIBLE ■ M2333-2732 EPROM PIN COMPATIBLE ■ SINGLE + 5V ±10°/o POWER SUPPLY ■ ACCESS TIME 250ns (MAX) ■ COMPLETELY STATIC OPERATION

Contextual Info: /= # SGS-THOMSON M2716 NMOS 16K 2K x 8 UV EPROM • 2048 x 8 ORGANIZATION ■ 525 mW Max ACTIVE POWER, 132 mW Max STANDBY POWER ■ ACCESS TIME: - M2716-1 is 350ns - M2716 is 450ns ■ SINGLE 5V SUPPLY VOLTAGE ■ STATIC-NO CLOCKS REQUIRED ■ INPUTS AND OUTPUTS TTL COMPATIBLE

Contextual Info: r Z Z SGS-THOMSON M iE œ & ia m iie s MKI48Z02 MKI48Z12 CMOS 2K x 8 ZEROPOWER SRAM * INDUSTRIAL TEMPERATURE RANGE - 40°C to + 85°C. • PREDICTED WORST CASE BATTERY LIFE OF 6 YEARS @ 85°C. ■ DATA RETENTION IN THE ABSENCE OF POWER. ■ DATA SECURITY PROVIDED BY AUTOMATIC

48z02

Abstract: MK48Z02 VA00603 Zeropower ram MK48Z02 MK48Z12 Zeropower ram MK48Z12 PHDIP24 MK4BZ
Contextual Info: 52E D • 71 212 37 0036341= 337 MSGTH T - ¥ ^ ~ Z 3 ^ / 2 - SGS-THOMSON MK48Z02 KLKSIMKS_ MK48Z12 S 6 S-THOMSON CMOS 2K x 8 ZEROPOWER SRAM ■ PREDICTED WORST CASE BATTERY LIFE OF 11 YEARS @ 70°C ■ DATA RETENTION IN THE ABSENCE OF POWER - DATA SECURITY PROVIDED BY AUTOMATIC

ef6808

Abstract: FZ 79 PA436 6805 motorola
Contextual Info: £ÿj SGS-THOMSON O ûœ aJO TM O S EF6808R2 8-B IT MICROCOMPUTER WITH A/D HARDW ARE FEATURES • A/D CONVERTER . 8-BIT CONVERSION, MONOTONIC . 4 M ULTIPLEXED ANALOG INPUTS . RATIOMETRIC CONVERSION ■ 32 TTLVCMOS COM PATIBLE I/O LINES _ 24 BIDIRECTIONAL {8 Lines are LED Com ­

M2716-1F1

Abstract: M2716F1 M2716-F1 ET2716Q-1 M27161F
Contextual Info: ET2716 M2716 SGS-THOMSON m 16K 2K x 8 NMOS UV ERASABLE PROM • 2048 x 8 ORGANIZATION ■ 525 MW MAX ACTIVE POWER, 132 MW MAX STANDBY POWER ■ LOW POWER DURING PROGRAMMING ■ ACCESS TIME M/ET2716-1, 350ns; M/ET2716, 450ns ■ SINGLE 5V POWER SUPPLY ■ STATIC-NO CLOCKS REQUIRED

2716A EPROM

Abstract: 2716A eprom 2716a
Contextual Info: SGS-THOMSON *7#. G NMOS 16K 2K x 8 UV EPROM • 2048 x 8 ORGANIZATION ■ 525 mW Max ACTIVE POWER, 132 mW Max STANDBY POWER ■ ACC ESS TIME: - M2716-1 is 350ns - M2716 is 450ns ■ SINGLE 5V SUPPLY VOLTAGE ■ STATIC-NO CLOCKS REQUIRED ■ INPUTS AND O U TPU TS TTL COMPATIBLE

MKI48Z12

Abstract: SGS 2716 eprom
Contextual Info: rz7 SGS-THOMSON M K I4 8 Z 0 2 ^ 7 # M K I4 8 Z 1 2 CMOS 2K x 8 ZEROPOWER SRAM • INDUSTRIAL TEMPERATURE RANGE - 40°C to + 85°C. ■ PREDICTED WORST CASE BATTERY LIFE OF 6 YEARS @ 85°C. ■ DATA RETENTION IN THE ABSENCE OF POWER. ■ DATA SECURITY PROVIDED BY AUTOMATIC

EF6805P2P

Abstract: 74LS04M C4caa l0807 6805 motorola INSTRUCTION SET motorola 6800
Contextual Info: SGS-THOMSON EF6805P2 8-BIT MICROCOMPUTER UNIT ADVANCE DATA HARDW ARE FEATURES • 8-BIT ARCHITECTURE ■ 64 BYTES OF RAM ■ M EMORY MAPPED I/O . 1 1 0 0 BYTES OF USER ROM ■ 20 TTL/CM OS COMPATIBLE BIDIRECTIONAL I/O LINES 8 Lines are LED Compatible ■ ON-CHIP CLO C K GENERATOR

Contextual Info: SGS-THOMSON R K iœ a J û ïn E M B û S E F 6 8 0 5 R 3 8 BIT MICROCOMPUTER WITH A/D • A/D CONVERTER 8-BIT CONVERSION, MONOTONIC 4 MULTIPLEXED ANALOG INPUTS RATIOMETRIC CONVERSION ■ 32 TTL7CMOS COMPATIBLE I/O LINES 24 BIDIRECTIONAL 8 lines are LED com­

1N919

Abstract: PA6AD minibar AC 126 CRC16 EF6801 EF6804J2 EF6805 SN74LS04 SN74LS126A EF6800
Contextual Info: rZ7 SGS-THOMSON m g T M M O S E F 6 8 0 4 J 2 8 BIT MICROCOMPUTER HARDW ARE FEATURES • 5-VOLT SINGLE SUPPLY ■ 32 BYTES OF RAM ■ M EMORY MAPPED I/O . 1 0 1 2 BYTES OF PROGRAM ROM ■ 64 BYTES OF DATA ROM ■ 12 BIDIRECTIONAL I/O LINES eight lines with

Contextual Info: SEE D • 7 t12ci 2 3 7 G03Ô3SÛ OST ■ SGTH T - V é - Z J - / 2 - SGS-THOMSON *^ e [i[Li(gTm(Q*S MKI48Z02 MKI48Z12 S 6 S-THOMSON CMOS 2K x 8 ZEROPOWER SRAM ■ INDUSTRIAL TEMPERATURE RANGE - 40°C to + 85°C. ■ PREDICTED WORST CASE BATTERY LIFE OF 6 YEARS @ 85°C.

Contextual Info: £ÿj SGS-THOMSON EF6804P2 8 BIT MICROCOMPUTER May 1989 - ’ ’" " W CB132 P Plastic Package CB520 FN (PLCC28) PIN CO NNECTIONS v ss C 1 • '- ^ 28 RËSfcï IRQ Ç ? 11 PA/ 3 26 PA6 C4 25 PAS vcc EXTAl i; 5 24 PA4 MDS t 6 23 PA3 X TAL I 7 22 »A7 PCO ( B

et273

Contextual Info: SGS-THOMSON EF68HC04P3 HCMOS 8-BIT MICROCOMPUTER P R E L IM IN A R Y IN F O R M A T IO N S E C T IO N 1 - IN T R O D U C T IO N The EF68HC04P3 m icrocom puter unit MCU is a m em ber of the EF68HC04 family of very low cost and low power single chip m icrocomputers. This 8

JRC 45600

Abstract: YD 803 SGS 45600 JRC TDA 7277 TDA 5072 krp power source sps 6360 2904 JRC Sony SHA T90 SA philips HFE 4541
Contextual Info: I SEMICON INDEXES Contents and Introduction Manufacturers' Information V O LU M E 3 INTERNATIONAL INTEGRATED CIRCUITS INDEX 15th EDITION 1997 Numerical Listing of Integrated Circuits Substitution Guide U D C 621.382.3 Diagram s THE S E M IC O N INTERNATIONAL INDEXES

7 to 128 decoder

Abstract: CD22M3494 CD22M3494E CD22M3494MQ CD22M3494SQ M3494 MT8816
Contextual Info: CD22M3494 Data Sheet January 1997 16 x 8 x 1 BiMOS-E Crosspoint Switch Features The Intersil CD22M3494 is an array of 128 analog switches capable of handling signals from DC to video. Because of the switch structure, input signals may swing through the total supply voltage range, VDD to VEE. Each of the 128