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TMS27C128-15JE Texas Instruments 131 072-Bit UV Erasable Programmable Read-Only Memory 28-CDIP -40 to 85 visit Texas Instruments
TMS27C128JE Texas Instruments 131 072-Bit UV Erasable Programmable Read-Only Memory 28-CDIP -40 to 85 visit Texas Instruments
TMS27C128-1JE Texas Instruments 131 072-Bit UV Erasable Programmable Read-Only Memory 28-CDIP -40 to 85 visit Texas Instruments
TMS27C128-25JE Texas Instruments 131 072-Bit UV Erasable Programmable Read-Only Memory 28-CDIP -40 to 85 visit Texas Instruments
TMS27C128-12JL Texas Instruments 131 072-Bit UV Erasable Programmable Read-Only Memory 28-CDIP 0 to 70 visit Texas Instruments
TMS27C128-2JL Texas Instruments 131 072-Bit UV Erasable Programmable Read-Only Memory 28-CDIP 0 to 70 visit Texas Instruments

eproms 27256

Catalog Datasheet MFG & Type PDF Document Tags

intel 27010 eprom

Abstract: 27010 27010 1M (128K x 8) BYTE-WIDE EPROM â  Compatible with 28-Pin JEDEC EPROMs: 27256, 27512 â , of 8 bits each. Its pin-compatibility with byte-wide JEDEC EPROMs allows upgrades from 16K through 512K EPROMs. In addition, unique circuit designs provide for no-hardware-change upgrades to 8M-bits in the future. When a 32-pin DIP socket is configured for 27256 or 27512 EPROMs, it is easily upgraded , density 28-pin EPROMs. Upgrades through 8M-bits are easily accommodated. Since the PGM pin is in a "don't
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Abstract: â  /3 -2 9 27010 1M (128K x 8) BYTE-WIDE EPROM â  Compatible with 28-Pin JEDEC EPROMs: 27256, 27512 â  Complete Upgrade Capability â'" PGM â'Donâ'™t Careâ' Status Allows Wiring in , Memory. It is organized as 128 K-words of 8 bits each. Its pin-compatibility with byte-wide JEDEC EPROMs allows upgrades from 16K through 512K EPROMs. In addition, unique circuit designs provide for no-hardware-change upgrades to 8M-bits in the future. When a 32-pin DIP socket is configured for 27256 or 27512 -
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D27256 eprom

Abstract: D27256 Configuration 5 5-39 hier EXTENDED TEMPERATURE (EXPRESS) EPROMs 27256 The Intel EXPRESS EPROM , Line Output Control 27256 Because EPROMs are usually used in larger memo ry arrays, Intel has , EPROMs). 5-44 27256 To activiste this mode, the programming equipment must force 11.5V to 12.5V on , EPROMs are also compatible with In tel's inteligent Programming Algorithm. 5-46 inteT 27256 , 27256 256K (32K x 8) PRODUCTION AND UV ERASABLE PROMS New Quick-Pulse ProgrammingTM Algorithm for
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intel 27010 eprom

Abstract: eprom 27010 27010 1M (128K x 8) BYTE-WIDE EPROM â  Compatible with 28-Pin JEDEC EPROMs: 27256, 27512 â , K-words of 8 bits each. Its pin-compatibility with byte-wide JEDEC EPROMs allows upgrades from 16K through 512K EPROMs. In addition, unique circuit designs provide for no-hardware-change upgrades to 8M-bits in the future. When a 32-pin DIP socket is configured for 27256 or 27512 EPROMs, it is easily upgraded , density 28-pin EPROMs. Upgrades through 8M-bits are easily accommodated. Since the PGM pin is in a â
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ae29F2008

Abstract: ATMEL eeprom 2816A M5L2764 M5M27C101P M5M27C512AK-I MICROCHIP EPROMS 27256 27C256(DIP) 27C512(DIP) 27C64(SOIC) (21 , document. AMD EPROMS Am27C010(DIP) Am27C020(TSOP) (27) Am27C128(DIP) Am27C512(DIP) Am27C64(DIP , ) EPROMS Am27128A-D Am2716B-D Am27256-P Am2732B-P Am2764A-D Am27C010-D Am27C040 Am27C256-P Am27C64-P Am9732A ASD EEPROMS/FLASH/NVRAM AE29F2008(DIP) AE29F2008(PLCC) (26) ASI EPROMS , ) AT27LV256R(PLCC) (25) AT27LV512A(PLCC) (25) ATMEL EPROMS AT27256 AT27BV020(PLCC) (26) AT27BV040(TSOP
ICE Technology
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ATMEL eeprom 2816A rom AE29f2008 HN462732G D27C64 AT27C64 ASD AE29F2008 GLV32 27C010 27C020 27C128 27H256 27LV010

d774

Abstract: d778 Device EPROMS 2764 27128 27256 27C256 5133 5143 EEPROMs 2804A 28I6A 28I6AH 28I7A 28I7AH 2864 2864H 28C64 , EPROMs 2716 2732 2732A 2764 2764A 27128 27I28A 27256 27256A 27256BD 27512 275I2A 57256 57256A 571000 , MICRO CHIP TECHNOLOGY fGI) Device EPROMs 27C64 27HC64 27HC64I 27HC642 27CI28 27256 27C256 27C5I2 27C5I3 , 0952 095C 095C Rev 1.0 1.0 1.0 NEC Device EPROMs 2716 2732 2732A 2764 2764A 27C64 27HC65 27128 27I28A 27256 27256A 27C256 27C256A 27CSI2 27CI000 27CI00I 27C200I 27C400I 27C800I EEPROMs 28C64
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98C64 27C32 d774 d778 58C65 b778 08CB 58c256 27C5I2A 27C0I0 27C040 28C256 36CI6

EPROM intel 27256

Abstract: intel 27256 . Figure 2. Cerdip/Plastic DIP Pin Configuration 5-39 27256 EXTENDED TEMPERATURE (EXPRESS) EPROMs The , Cerdip EPROMs; 88H for Plastic EPROMs. DEVICE OPERATION The modes of operation of the 27256 are listed , intel 27256 256K (32K x 8) PRODUCTION AND UV ERASABLE PROMS New Quick-Pulse Programmingâ , 27256 is a 5V only, 262,144-bit Ultraviolet Erasable (CerdipJ/plastic production (P27256) electrically , 27256 is also directly compatible with Intel's 8051 family of microcontrollers. The Plastic P27256 is
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D27256-1 P27256-2 EPROM intel 27256 intel 27256 intel 27256-1 D27256 eprom INTEL 27256 EPROM 1I7SV/115

D27256-1

Abstract: EPROM 27256 EPROMs. DEVICE OPERATION The modes of operation of the 27256 are listed in Table 1. A single 5V power , Its Respective Manufacturer 27256 Two Line Output Control Because EPROMs are usually used in larger , Intel 27256 256K (32K x 8) PRODUCTION AND UV ERASABLE PROMS New Quick-Pulse Programmingâ , 27256 is a 5V only, 262,144-bit Ultraviolet Erasable (Cerdip)/plastic production (P27256) electrically , 27256 is also directly compatible with Intel's 8051 family of microcontrollers. The Plastic P27256 is
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EPROM 27256 p27256-25 eprom 27c64 PROGRAMMER CIRCUIT Vpp of 27256 eprom D27256 2716 eprom

INTEL 2764

Abstract: 27128 eprom 1. Into! Universal Memory Site for EPROMs 4-2 27256 2716 2764 AP-154 The 27256 , introduction of the 27256 32K byte EPROM, a new generation of high density componentized software is possi ble , system. Since it is produced in the 28 pin JEDEC-approved Intel universal site, the 27256 can easily be , new generation 27256 brings with it improved perfor mance and state-of-the-art reliability. The , accompanying the 27256. Advanced technology from the 27256 will soon bring enhanced performance to lower
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INTEL 2764 27128 eprom intel 2764 eprom 27256 intel EPROM 27128 AR294 AR-294

27256 block diagram

Abstract: 27256-4 ProgrammingTM Algorithm The 27256 in teligent Programming Algorithm rapidly programs Intel 27256 EPROMS using , in t e f 27256 256K (32K x 8) UV ERASABLE PROM Software Carrier Capability 250 ns Maximum , 27256 is a 5V only, 262,144-bit ultraviolet Erasable and Electrically Programmable Read Only Memory , operation without the addition of performance-degrading WAIT states. The 27256 is also directly compati ble with Intel's 8051 family of microcontrollers. The 27256 enables implementation of new, advanced systems
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27256 block diagram 27256-4 27256 EPROM T27256 27256 prom 27256-3

27C32

Abstract: 24c04 Atmel Dataman S4 Programmer Device Support List Library Version 2.84 May 2001 8 Bit EPROMS, EEPROMS & , 29F040 9716 9864-25 27128 27256 27512 27C020 27C128 27C64 2817A 28F010 28F512 29F002NBT , 29F400 9864-2 9864-30 Alliance 29F002B 29F002T 29F040 Atmel 27256 27C020 27C256 27C513 , 29F020 29F040 Catalyst 27010 2764A 28C256 28F010 27128A 27HC010 28C64A 28F020 27256 , 27LV256R 28C256 28HC64 28PC64 29C020 29C256(5V) 29LV010A 49F020 27512 28C17A 28C65B 27256
Dataman Programmers
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29LV020 24c04 Atmel 27c301 atmel 24c02 39SF040 24C08 ATMEL dataman s4 2716B 2732B 27C100 27C512L 27HB010 28F256

27256 ROM pin configuration

Abstract: 27256 pin diagram Bytewlde Pin Configuration m Silicon SignatureT" 27256 256K EPROM August 1985 Description SEEQ's 27256 is a 256K ultraviolet light erasable EPROM. It is organized as 32K x 8, operates from a single 5 V supply, and programs using a 12.5 V intelligent algorithm. The 27256's operating conditions are specified , , approximately 30% lower than NMOS 256K EPROMs. Consequently, memory system sizes can be increased with a , available from SEEQ. The 27256's low active power is achieved without sacrificing performance. The access
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27256 ROM pin configuration 27256 pin diagram 27256-30 seeq 27256-25 27256 EPROM specification 28-LEAD

27256 ROM pin configuration

Abstract: 27256 rom Bytewlde Pin Configuration m Silicon SignatureT" 27256 256K EPROM August 1985 Description SEEQ's 27256 is a 256K ultraviolet light erasable EPROM. It is organized as 32K x 8, operates from a single 5V supply, and programs using a 12.5V intelligent algorithm. The 27256's operating conditions are specified , 30% lower than NMOS 256K EPROMs. Consequently, memory system sizes can be increased with a , available from SEEQ. The 27256's low active power is achieved without sacrificing performance. The access
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27256 rom SEEQ eprom seeq 27c256

27256 ROM pin configuration

Abstract: S63256 The following EPROMs should be used for submitted ROM Code Data: PREFERRED 27256 Optional 2-27128 or 4-2764 If two or four EPROMs are used to specify one ROM pattern, an equal number of blank EPROMs must , TTL Compatible Outputs â'¢ EPROM Pin Compatible (27256) â'¢ Late Mask Programmable â'¢ Programmable , pin compatible with the 27256 UV EPROM making system development much easier and more cost effective , 's preferred method of receiving ROM CODE DATA is in EPROM. Two EPROMs should be submitted. One is programmed
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S63256 S63256D S63256I S63256M A12C HA10 HA13

EPROM

Abstract: EPROM 27256 Applicable EPROMs: Functions switches : 27C256 or 27256 LOAD PLAY BLANK Blank check W RITE EPROM write VERIFY , O K I Semiconductor BACK-UP UNIT INTRODUCTION GENERAL DESCRIPTION BACKUP is an EPROM writer for a 27256 EPROM. It loads the EPROM with voice and other data, which are generated using the AN AW , function as the 6378 play switch. BLANK Used for blank check of EPROM (27256). W RITE W rite voice data generated in 6378 to EPROM (27256). This switch invokes three modes: blank, write, and verify modes
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EPROM

S23256B

Abstract: S23256B-250ns Requirements The following EPROMs should be used for submitted ROM Code Data: PREFERRED 27256 OPTIONAL 2-27128 If two EPROMs are used to specify one ROM pattern, two blank EPROMs must be submitted. In this instance, the programmed EPROMs must clearly state which of the two EPROMs is for lower and upper address , with the 27256 UV EPROM making system development much easier and more cost effective. It is fully , . Two EPROMs should be submitted. One is programmed to the desired code and the other is blank. Gould
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S23256 S23256B S23256B-250ns S23256C S2356B S23256B-250 S23256C-200 S23256M-300

75als194

Abstract: 75ALS195 integrated processor, two EPROMs, two static RAMs, and 3 serial interfaces. Figure 3-1 includes everything , EPROMs. The EPROMs are selected by the Upper Chip Select (/UCS) output of the 186, while the RAMs are , 's, 27256's, or 27512's. The 32-pin RAM sockets can accept 32-pin 128Kx8 or 28-pin 32Kx8 static RAMs. The , EPROMs. The EPROMs are selected by the Upper Chip Select (/UCS) output of the 186, while the RAMs are , by the other (PCS1). The 28-pin EPROM sockets are set up to accept 2764's, 27128's, 27256's, or
ZiLOG
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Z16C30 74FCT240 75als194 75ALS195 Zilog Z16C30 DTE DCE INTERFACES LocalTalk UM97USC0100
Abstract: ING VOLTAGE: 12V DESCRIPTION The M 27256 is a 262,144 bit UV erasable and electrically program m able m em ory EPROM. It is organized as 32.768 words by 8 bits. The M 27256 is housed in a 28 pin W , Pin Connections Read Mode VPP [ 1 A1 2 [ 2 28 ] vc c 27 The M 27256 has two control , 27256 22 ] G 21 ] A10 A1 [ 9 20 ] E A 0 [ 10 19 ] Q7 Standby Mode Q0 [ 11 18 ] Q6 Q1 [ 12 17 ] 05 Q2 [ 13 16 ] Q4 VSS [ 14 15 ] Q3 The M 27256 -
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M27256 AO-A14 VA00767 FDIP28W

pin diagram of ic 7480

Abstract: pin configuration of ic 7480 .A-14 Mounting EASE-LP EPROMs , , ASM64K is used in this process. Generation of mask option files and mask option EPROMs with MASK165 or
Renesas Electronics
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pin diagram of ic 7480 pin configuration of ic 7480 mitsubishi 8-bit assembler language MELPS 740 7481 7481 ic KI-9711
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