27128 INTEL Search Results

27128 ROM pin configuration

Abstract: pin diagram of ic 2764 2764 block diagram 2764 eprom pin diagram seeq 2764 27128 eprom 2764 ic 2764 IC 27128 27128 EPROM specification
Contextual Info: 2764 64K EPROM 27128 128K EPROM November 1989 Pin Configuration • ■ ■ ■ 2764/27128 vpp c 1 A12 £ 2 a7 1 3 A6 C 4 A5 [ 5 A* C 6 • 21 V Vpp - 2 Minutes for 27128 • 1 Minute for 2764 JEDEC Approved Bytewlde Pin Configuration • 2764 8K x 8 Organization

2764 EPROM specification

Abstract: 27128 prom st 27128
Contextual Info: eeeo 2764 64K EPROM 27128 128K EPROM N ovem ber 1989 Pin Configuration Features • Fast Access Times at 0° to 70°C •2764 -1 6 0 ns ■ 2 7 128-2 0 0 ns ■ Programmed Using Intelligent Algorithm • 21 V VFP •2 Minutes for 27128 •1 Minute for 2764

27128 pin diagram

Abstract: intel EPROM 27128 PROGRAM 27128 INTEL 27128 27128 eprom intel 27128 block diagram 23/INTEL 27128A INTEL 27256 EPROM intel 8051 40 pin INTEL 27128A EPROM
Contextual Info: intéT 27128A ADVANCED 128K 16Kx8 UV ERASABLE PROM • inteligent Programming Algorithm — Fastest EPROM Programming ■ inteligent Programming™ Mode —Automated Programming Operations ■ Compatible with 2764A, 27128, 27256 ■ ± 10% Vcc Tolerance Available

TMS27256

Abstract: M27512FI TC571000D-15 et2732 TC571001D-15 4827128 27c1001a Toshiba TC571000D-20 28C256 27c32
Contextual Info: Device List by Manufacturer . 2716 2716BDC 2732 2732A 2764 Am27C64 Am2864AE Am2864BE 27128 Am27C128 27256 Am27C256 Am27H256 Am27C512 Am27C512L Am27C010 Am27H010 Am27LV010 Am27LV010B Am27C020 Am27LV020 Am27LV020B Am27C040 Am27C080 AT28C04 AT28C16 AT28C17 AT28HC16 AT28HC16L AT27HC64

intel 27C011

Abstract: 27C126 intel 27C010 27C128 INTEL 27C128 st make eprom 27c64 PROGRAMMER CIRCUIT 27C011 intel EPROM 27128 27C010 29023
Contextual Info: intel, 27C011 PAGE-ADDRESSED 1M 8 x 16K x 8 EPROM • Paged Organization — Reduced Physical Address Requirement ■ Compatible with 28-Pin JEDEC EPROMs — Single-Trace Modification for Retrofitting 27128-Based Designs ■ No-Hardware-Change Upgrades — Drop-In 27513 Replacement

27C126

Abstract: intel 27C011 27C011
Contextual Info: intel, 27C011 PAGE-ADDRESSED 1M 8 x 16K x 8 EPROM • Paged Organization — Reduced Physical Address Requirement ■ Compatible with 28-Pin JEDEC EPROMs — Single-Trace Modification for Retrofitting 27128-Based Designs ■ No-Hardware-Change Upgrades — Drop-In 27513 Replacement

27C32

Abstract: 24c04 Atmel 27c301 atmel 24c02 39SF040 24C08 ATMEL dataman s4 27C101 Xicor 28256 eeprom 2864a
Contextual Info: Dataman S4 Programmer Device Support List Library Version 2.84 May 2001 8 Bit EPROMS, EEPROMS & Flash ROMS AMD 27010 2716B 2732B 27C010 27C100 27C512L 27HB010 28C256 28F256 29F002NBB 29F040 9716 9864-25 27128 27256 27512 27C020 27C128 27C64 2817A 28F010 28F512

EPROM M2764

Abstract: seeq 2764 EPROM 27128 27128 27128 eprom 2764 block diagram ci 2764 27128 block diagram 27128 EPROM specification M27128-25
Contextual Info: M2764/M27128 Military Temperature Range E2764/E27128 Technology, Incorporated (Military Temperature Range) 2764/27128 EPROM _ November 1989 Pin Configuration Features • Military and Extended Temperature Range • S 5 ° C to *125°C: M2764 • -5 5 °C to +125°C: M27128

27C011

Abstract: 27C128 INTEL 27C010 27C128 27C210 27C513 27C64 27128B 7258 "drop-in replacement"
Contextual Info: 27C011 PAGE-ADDRESSED1M 8 x 16K x 8 EPROM • Paged Organization — Reduced Physical Address Requirement ■ Compatible with 28-Pin JEDEC EPROMs -Single-Trace Modification for Retrofitting 27128-Based Designs ■ No-Hardware-Change Upgrades — Drop-In 27513 Replacement

27128-3

Abstract: INTEL 27128 27128 INTEL pin diagram of ic 27128 intel EPROM 27128 27128 pin diagram 27128C 27128 27128-25 IC 27128
Contextual Info: intei 27128 128K 16K x 8 UV ERASABLE PROM 250 ns Maximum Access Time . . . HMOS*-E Technology Compatible with Highspeed 8 MHz iAPX 186.Zero WAIT State • Industry Standard Pinout. . . JEDEC Approved Two-Line Control Pin Compatible to 2764 EPROM ■ Low Active Current. . . 100 mA Max.

EPROM 27128

Abstract: EPROM M2764 seeq 27128 27128 eprom 27128 EPROM specification mm27128 27128 block diagram seeq 2764 2764 block diagram
Contextual Info: M2764/M27128 Military Temperature Range E2764/E27128 (Military Temperature Range) 2764/27128 EPROM November 1989 Pin Configuration Features • Military and Extended Temperature Range - -5 5 ° C to +125°C: M2764 • S S ° C to +125° C: M27128 • -4 0 ° C to +85° C: E2764/E27128

Contextual Info: M2764/M27128 Military Temperature Range E2764/E27128 (Military Temperature Range) 2764/27128 EPROM November 1989 Pin Configuration Features • Military and Extended Temperature Range ■-55°C to +125°C: M2764 • -55° C to +125° C: M27123 . -40° C to +85° C: E2764/E27128

EPROM 27128

Abstract: LC66506A LC66508A LC66512A LC66PG5XX lc665xx LC66516A ic rom 27128
Contextual Info: Ordering number:ENN2648 CMOS IC LC66PG5XX EPROM-Mountable Type 4-bit Microcomputer Evaluation Chip for The LC665XX Series Microcomputers Overview Pin assignment The LC66PG5XX is an EPROM-mountable type 4-bit microcomputer for developing and evaluating programs written for the CMOS 4-bit single-chip LC665XX series microcomputers. Either 2764 or 27128 type EPROM can be

49LF002A

Abstract: 2732 eprom 49lf003a N82802AB EPROM 271024 49lf004a IC 2732 pdf datasheet 6264 SRAM ic 6264 pdf datasheet 49LF008A
Contextual Info: WICE-8MA EPROM/SRAM Emulaor WICE-8MA Capacity Quantity Device Low voltage Device 2K 8 2 2716 4K 8 2 2732 8K 8 2 2764 16K 8 2 27128 32K 8 2 27256 64K 8 2 27512 128K 8 2 27010 27LV010 256K 8 2 27020 27LV020 512K 8 2 27040 27LV040 1024K 8 1 27080 27LV080 64K 16

MBM27128-25

Abstract: 27128-25 MBM27128 MBM27128-30 27128-20 INTEL 27128 MBM27128-20 Fujitsu 511
Contextual Info: FUJITSU MOS Memories MBM27128-20, MBM27128-25, MBM27128-30 UV Erasable 131,072-Bit Read Only Memory Description T h e F u jits u M BM 27128 is a hig h speed 131,072-bit s ta tic N-channei M O S e ra s a b le a nd e le c tric a lly re p ro g ra m m a b le re a d o n ly

sgs M2764

Abstract: intel EPROM 27128 27128 nec NEC 2764 EPROM HY2764 27128 equivalent INTEL 2764 EPROM 27C256 2764 equivalent 2764 8k EPROM
Contextual Info: SEEQ TECHNOLOGY EPROM ALTERNATE SOURCE Alternate Manufacturer AMD AMD AMD AMD AMD AMD ATMEL FUJITSU FUJITSU FUJITSU GE/RCA HITACHI HITACHI HYUNDAI INTEL INTEL INTEL INTEL INTEL INTEL INTEL INTEL NATIONAL NATIONAL NEC NEC NEC NEC OKI OKI PANATECH SGS SGS SIGNETICS

d774

Abstract: d778 b778 58C65 08CB 27HC642 58c256 df4a SIGNETICS 87C256 57C49B
Contextual Info: 40M I0I Device Support Rev 14.2 4 1M10 i Device Support (Rev 15.0) 42M I0I Device Support (Rev 14.1) (November 1994) Please note: Any device indicated by => is a new addition to the ydevice support list. S T A G PROORAMMCR3 Stag Programmers Limited Silver Court Watchmead Welwyn Garden City Herts AL7 ILT

winbond 25080

Abstract: 29F200BB 16LF648A 89V51RD2 18f252 89S51 National SEMICONDUCTOR GAL16V8 29sf040 12f675 29F400BB
Contextual Info: Dataman-S4 Version 3.00 <ALL> Devices List - 1. S4 8 bit EPROM lib. V3.00 - AMD 27010

INTEL 2764

Abstract: 27128 eprom EPROM intel 27256 intel 2764 eprom intel EPROM 27128 AR294 27256 27256 pin diagram 27256 prom INTEL 27256 EPROM
Contextual Info: inter APPLICATION N O TE AP-154 A p ril 1983 v ÿ ' i ' .q ° *° IN TEL CORPORATION, 1983 4-1 APRIL 1983 ORDER NUMBER: 210970-003 AP-154 INTRODUCTION With the introduction of the 27256 32K byte EPROM, a new generation of high density componentized software is possi­

EPROM M2764

Abstract: seeq 2764 SEEQ eprom AM2764 seeq 27128 D2764 2764 block diagram
Contextual Info: M2764/M27128 Military Temperature Range E2764/E27128 Technology, Incorporated (Military Temperature Range) 2764/2/128 EPROM November 1989 Pin Configuration Features • Military and Extended Temperature Range • -5 5 °C to *1 2 5 °C: M2764 • -5 5 ° C to +125°C: M27128

pin diagram of ic 27128

Abstract: IC 27128 LH57128-25 LH57128J-25 INTEL 27128 Intel ICE-30
Contextual Info: LH57128/J FEATURES • 16,384 x 8 bit organization • Access times: LH57128J: 250 ns LH57128: 250 ns • Single +5 V power supply • High speed programming: tpw = 0.1 ms Vpp = 12.75 V or tpw = 1 ms (Vpp = 12.5 V) Compatible to INTEL quick pulse programming algorithm

PIC7040

Abstract: X2816 COM8146 PIC7041 x2864 TMS7041 AT27HC642 HLCD0438A AAY58 dq52813
Contextual Info: MICR OCH IP TE CHNOLOGY INC 52E D blOBSOl 000MM53 ! T -^ 'b -O 'Z , CROSS-REFERENCE £ COMPETITOR/ PART-NUMBER MICROCHIP - REPLACEMENT FUNCTIONAL EXACT ADVANCED MICRO DEVICES AM2764 AM27128 AM27256 AM27512 AM27C49-45PC AM27C49-45PCB AM27C49-45DC AM27C49-45DCB

Contextual Info: CMOS 128K 16K x 8 OTPROM/EPROM FEATURES DESCRIPTION • 16,384 x 8 bit organization The LH57128J is a CMOS UV erasable and electri­ cally programmable read-only-memory organized as 16,384 x 8 bits. It is pin compatible with the Intel ¡27128. • Access times:

INTEL 27128

Abstract: AL425 pinout sharp LH57128-25
Contextual Info: LH57128/J DESCRIPTION FEATURES • 16,384 • Access times: LH57128J: 250 ns LH57128: 250 ns • Single +5 V power supply • High speed programming: tpw = 0.1 ms Vpp = 12.75 V or tpw = 1 ms (Vpp = 12.5 V) Compatible to INTEL quick pulse programming algorithm