i27128a
Contextual Info: in t e i 27128A 128K 16K x 8 PRODUCTION AND UV ERASABLE PROMs Fast 150 nsec Access Time — HMOS* ll-E Technology inteligent Id e n tif ie r Mode — Automated Programming Operations Low Power — 100 mA Maximum Active — 40 mA Maximum Standby ± 10% Vqc Tolerance Available
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7128a28-pin072-biti27128a |
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INTEL 27128A
Abstract: i27128a intel 27126
Contextual Info: in t e i 27128A 128K 16K x 8 PRODUCTION AND UV ERASABLE PROMs Fast 150 nsec Access Time — HMOS* ll-E Technology inteligent Identifier Mode — Automated Programming Operations Low Power — 100 mA Maximum Active — 40 mA Maximum Standby ± 10% Vcc Tolerance Available
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7128a28-pln072-bitintel 27128a+2i27128aintel 27126
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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
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7128a16kx8072-bits7128a+1027128 pin diagramintel eprom 27128program 27128intel 2712827128 eprom intel27128 block diagram23/intel 27128aintel 27256 epromintel 8051 40 pinintel 27128a eprom
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27128A-1
Abstract: 27128A-2 27C256 27C512 27C64 87C64 A12C LD27128A TD27128A 27128A
Contextual Info: intei 27128A 128K 16K x 8 PRODUCTION AND UV ERASABLE PROMs Fast 150 nsec A cce ss Time — H M O S* ll-E Technology inteligent Identifier Mode — Automated Programming Operations Low Power — 100 mA Maximum Active — 40 mA Maximum Standby Available in 28-Pin Cerdip Package
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7128a28-pin072-bitenviron128a+1027128a-127128a-227c25627c51227c6487c64a12cld27128atd27128a27128a
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EPROM 27128a
Abstract: eprom 2716 27128A 27128A-2 2732A eprom 27c64 PROGRAMMER CIRCUIT intel 27256 intel 27c512 eprom 27128A-1 27128A-20
Contextual Info: intei 27128A 128K 16K x 8 PRODUCTION AND UV ERASABLE PROMs Fast 150 nsec A cce ss Time — H M O S* ll-E Technology inteligent Identifier Mode — Automated Programming Operations Low Power — 100 mA Maximum Active — 40 mA Maximum Standby Available in 28-Pin Cerdip Package
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7128a28-pin072-biteprom 27128a+9eprom 271627128a27128a-22732aeprom 27c64 programmer circuitintel 27256intel 27c512 eprom27128a-127128a-20
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INTEL 27128A
Abstract: eprom 2716 27128A-2 INTEL 27128A 27128A-1 27128A-2 27128A-20 27C256 27C512 27C64
Contextual Info: intei 27128A 128K 16K x 8 PRODUCTION AND UV ERASABLE PROMs Fast 150 nsec Access Time — HMOS* ll-E Technology indigent Identifier?* Mode — Automated Programming Operations Low Power — 100 mA Maximum Active — 40 mA Maximum Standby ± 10% Vcc Tolerance Available
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7128a28-pin072-bitintel 27128a+9eprom 271627128a-2 intel27128a27128a-127128a-227128a-2027c25627c51227c64
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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
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2732b27c10027hb01027c256+1427hc6427c12827c0407128awinbond 2508029f200bb16lf648a89v51rd218f25289s51national semiconductor gal16v829sf04012f67529f400bb
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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
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2716bdcam27c64am2864aeam2864be+16am27c128am27c256am27h256am27c512am27c512lam27c010tms27256m27512fitc571000d-15et2732tc571001d-15482712827c1001atoshiba tc571000d-2028c25627c32
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ic 2716 eprom
Abstract: ic 2716 pin diagram of ic 2716 2716 IC 27C12B 27C512V 2716 EPROM 24 PINS 2716 EPROM 2716 memory 2716
Contextual Info: intei 2716 16K 2K x 8 UV ERASABLE PROM • Fast Access Time — 2716-1: 350 ns Max — 2716-2: 390 ns Max — 2716: 450 ns Max ■ Pin Compatible to Intel “Universal Site” EPROMs _ Simple Programming Requirements — Single Location Programming — Programs with One 50 ms Pulse
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384-bitic 2716 epromic 2716pin diagram of ic 2716+72716 ic27c12b27c512v2716 eprom 24 pins2716 eprom2716memory 2716
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eprom 2716
Abstract: 2716 eprom intel 2716 intel 2716 eprom 2716 2k eprom 2764AI 2716 memory 2716 2716 IC 2716 EPROM 24 PINS
Contextual Info: intei 2716 16K 2K x 8 UV ERASABLE PROM Fast Access Time -2 7 1 6 -1 : 350 ns Max -2 7 1 6 -2 : 390 ns Max — 2716: 450 ns Max Pin Compatible to Intel “Universal Site” EPROMs Simple Programming Requirements — Single Location Programming — Programs with One 50 ms Pulse
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384-biteprom 27162716 epromintel 2716+7intel 2716 eprom2716 2k eprom2764ai2716memory 27162716 ic2716 eprom 24 pins
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eprom 2716
Abstract: 2716 eprom ic 2716 intel 2716 eprom 2764ai 2716 2k eprom 2716 2716 IC 2716 EPROM 24 PINS memory 2716
Contextual Info: intei 2716 16K 2K x 8 UV ERASABLE PROM Fast Access Time - 2 7 1 6 -1 : 350 ns Max - 2 7 1 6 -2 : 390 ns Max — 2716: 450 ns Max Pin Compatible to Intel “Universal Site” EPROMs Simple Programming Requirements — Single Location Programming — Programs with One 50 ms Pulse
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384-biteprom 27162716 epromic 2716+7intel 2716 eprom2764ai2716 2k eprom27162716 ic2716 eprom 24 pinsmemory 2716
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intel 27c512
Abstract: 27CS12 27C512 eprom eprom 2716 27C128 INTEL eprom 27C512 intel 27c512 eprom 2732A INTEL 27C512 iAPX 286
Contextual Info: in te i 27C512 512K 64K x 8 CHMOS EPROM • Softw are Carrier Capability ■ Low Power — 30 mA Max. Active — 100 fiA Max. Standby ■ 120 ns Access Time ■ Two-Line Control ■ Inteligent Identifier Mode — Automated Programming Operations ■ ■ CMOS and TTL Compatible
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27c512288-bit07unloadedintel 27c512+827cs1227c512 epromeprom 271627c128 inteleprom 27c512intel 27c512 eprom2732a inteliapx 286
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D2764
Abstract: 2764A eprom
Contextual Info: intei 2764A 64K 8K x 8 UV ERASABLE PROMs inteligent Fast Access Time—HMOS* II E — 180 ns Cerdip D2764A-1 Id e n tif ie r Mode Industry Standard Pinout. . . JEDEC Approved . . . 28 Lead Package Moisture Resistant (See Packaging Spec, Order #231369)
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d2764a-1536-bit764a-1d2764+12764a eprom
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EPROM 2764a
Abstract: 27C126 2764A1 2764A 2764A-1 eprom 2716 D2764A-1 2764A eprom 2764A-2 27C128 INTEL
Contextual Info: 2764A 64K 8K x 8 UV ERASABLE PROMs • Fast Access Time— HMOS* H E — 180 ns Cerdip D2764A-1 ■ Moisture Resistant ■ inteligent Identifier Mode a |ndustry standard Pinout. . . JEDEC Approved . . . 28 Lead Package ■ Two-line Control <See Packagin9 Spec' ° rder #231369)
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d2764a-1536-bit764a-1eprom 2764a+827c1262764a12764a2764a-1eprom 27162764a eprom2764a-227c128 intel
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29501* intel
Contextual Info: irrteT T E AR-458 C H N O L Q G I C A L OTP EPROMs with Quick-Pulse Programming offer ideal mass production firmware storage V. S iv a K um ar P roduct M arketing E ngineer Intel Corporation In today's m an u fa c tu rin g e n v iro n m e n t—w here p ro d u c tio n fle x ib ility , j u s t- in - tim e in v e n to ry
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ar-45829501* intel |
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EPROM 2764a
Abstract: 2716 intel TD2732A Intel AP-514 eprom 2732A intel 2732A INTEL
Contextual Info: intei 2732A 32K 4K x 8 UV ERASABLE PROMS 200 ns (2732A-2) Maximum Access Time . . . HMOS*-E Technology Low Current Requirement -1 0 0 mA Active - 35 mA Standby Compatible with High-Speed Microcontrollers and Microprocessors . . . Zero WAIT State inteligent Identifier Mode
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732a-2768-biteprom 2764a2716 intel+4td2732aintel ap-514eprom 2732a intel2732a intel
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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
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000mm53am2764am27128am27256+16am27512am27c49-45pcam27c49-45pcbam27c49-45dcam27c49-45dcbam27c49-45lcpic7040x2816com8146pic7041x2864tms7041at27hc642hlcd0438aaay58dq52813
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k5m capacitor
Abstract: 27C128 INTEL eprom 27c64 PROGRAMMER CIRCUIT ic 27c64 intel 27C011 27CS12 2732A TVR 07 spec 27C011 27C128
Contextual Info: in te i 27C513 PAGE-ADDRESSED 512K 4 x 16K x 8 UV ERASABLE PROM • Paged Organization — Reduced Physical Address Requirement — No Bank Switching Logic Needed ■ 170 ns Access Time ■ Two Line Control ■ Low Power — 30 mA max. Active — 100 f i A max. Standby
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27c5137128a28-pin288-bit+1127cs13k5m capacitor27c128 inteleprom 27c64 programmer circuitic 27c64intel 27c01127cs122732atvr 07 spec27c01127c128
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27C128 INTEL
Abstract: 27513-170V05 27513-170V10 LD27513 TD27513 intel 27c256
Contextual Info: 27513 PAGE-ADDRESSED 512K 4 x 16K x 8 UV ERASABLE PROM • Paged Organization — Reduced Physical Address Requirement — No Bank Switching Logic Needed ■ Software Carrier Capacity ■ Automatic Page Clear — Resets to Page 0 on Power Up and On Demand with RST SignalO)
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7128a-28-pin288-bit27c128 intel+527513-170v0527513-170v10ld27513td27513intel 27c256
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intel 27c512 eprom
Abstract: 27C512-200V10 i27C512 d27c512 27C512-120V10 I27C256 intel 27c512 29022 27C512-1 27C512-2
Contextual Info: INTEL CORP MEMORY/LOGIC 50E D • 4fl2hl7b GObböOH *4 ■ In te l' T -V L -lS -tS 27C512 *T“-V6-/3 -29 512K (64K x 8) CHMOS PRODUCTION AND UV ERASABLE PROMS ■ Software Carrier Capability ■ 120 ns Access Time ■ Two-Line Control ■ Inteligent identifier Mode
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27c512288-bitt-46-13-29intel 27c512 eprom+927c512-200v10i27c512d27c51227c512-120v10i27c256intel 27c5122902227c512-127c512-2
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27C256-200V10
Abstract: eprom 27c256 28 PIN DIP 120 NS P27C256-120V10 27C256DC INTEL 27128A EPROM 2732A INTEL 24 PIN CERAMIC DIP 27C256 N27C256-150V10 386TM
Contextual Info: In te l’ 27C256 256K 32K x 8 CHMOS EPROM High Speed — 120 ns Access Tim e EPI Processing — Maximum Latch-up Immunity Low Pow er Consumption — 100 juA Standby, 30 mA Active Simple Interfacing — T w o Line Control — CMOS and TTL Com patible Fast Programming
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27c25628-pin32-lead144-bit+10-150v10120v1027c256-200v10eprom 27c256 28 pin dip 120 nsp27c256-120v1027c256dcintel 27128a eprom2732a intel 24 pin ceramic dipn27c256-150v10386tm
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intel 27c512 eprom
Abstract: intel 27C512 27C512 eprom eprom 27c512 2716 eprom 27C512-200V10 eprom 2716 27C512-120V10 27C128 INTEL iAPX 286
Contextual Info: 27C512 512K 64K x 8 CHMOS EPROM • Software Carrier Capability ■ Low Power — 30 mA Max. Active — 100 juA Max. Standby ■ 120 ns Access Time ■ Two-Line Control ■ In flig e n t Identifier Mode — Automated Programming Operations ■ CMOS and TTL Compatible
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27c512288-bit80c51intel 27c512 eprom+9intel 27c51227c512 epromeprom 27c5122716 eprom27c512-200v10eprom 271627c512-120v1027c128 inteliapx 286
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N27C256-200V10
Contextual Info: in t j, 27C256 256K 32K x 8 CHMOS EPROM • High Speed — 120 ns Access Time ■ Low Power Consumption — 100 juA Standby, 30 mA Active ■ Fast Programming — Quick-Pulse Programming Algorithm — Programming Time as Fast as 4 Seconds ■ EPI Processing
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27c25628-pin32-lead144-bit+4-150v120v10200v10n27c256-200v10
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Vpp of 27256 eprom
Abstract: 27C512-200V10 27c256v
Contextual Info: 27C512 512K 64K x 8 CHMOS EPROM • Softw are C arrier Capability ■ ■ Low Power — 30 mA Max. Active — 100 fiA Max. Standby 120 ns Access Tim e ■ Tw o-Line Control ■ ■ lnteligent IdentifierTM Mode — Autom ated Programming Operations ■ CMOS and TTL Compatible
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27c512288-bitvpp of 27256 eprom27c512-200v10+127c256v
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