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Part Manufacturer Description Datasheet BUY
TMS27C512-120JL4 Texas Instruments 64KX8 UVPROM, 120ns, CDIP28, 0.600 INCH, WINDOWED, CERAMIC, DIP-28 visit Texas Instruments
TMS27C512-17JL4 Texas Instruments 64KX8 UVPROM, 170ns, CDIP28, 0.600 INCH, WINDOWED, CERDIP-28 visit Texas Instruments
TMS27C512-30JL Texas Instruments 64KX8 UVPROM, 300ns, CDIP28, 0.600 INCH, WINDOWED, CERDIP-28 visit Texas Instruments
TMS27C512-10JE Texas Instruments 524 288-Bit Programmable Read-Only Memory 28-CDIP visit Texas Instruments
TMS27C512-1JL Texas Instruments 524 288-Bit Programmable Read-Only Memory 28-CDIP 0 to 70 visit Texas Instruments
TMS27C512-12JE4 Texas Instruments 64KX8 UVPROM, 120ns, CDIP28, 0.600 INCH, WINDOWED, CERDIP-28 visit Texas Instruments

27C512 eprom

Catalog Datasheet MFG & Type PDF Document Tags

Cable Modem circuit diagram

Abstract: DBSP-B25S OFF S4 OFF S2 27C256 or 27C512 EPROM Installed Parallel OFF IN 2.1.1 Programming Procedure , EPROM (parallel mode). The PGMR supports 100 pin thin quad flat pack (TQFP) and 80 pin thin quad flat , S3 S4 JP1 P2 JP2 Connect serial cable to P2 SKT1 contains the program EPROM , select between different EPROM sizes, and modes. The following sections describe how to configure these , EPROM. Socket U5 allows the installation of two adapter boards (provided). Each adapter board allows
Motorola
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M68HC705F32PGMR DB-25S Cable Modem circuit diagram DBSP-B25S 49-1125S 27C512 eprom DBSP-B25P M68HC705F32PGMR/D 1125P 1125S DB-25P

27C512 eprom

Abstract: DBSP-B25P if 27C512 installed OFF S4 OFF S2 27C256 or 27C512 EPROM Installed Parallel OFF IN 2.1.1 , : JP1 256 if 27C256 installed JP2 512 if 27C512 installed ON S4 OFF S2 27C256 or 27C512 EPROM , power supply, and a pre-programmed EPROM (parallel mode). Freescale Semiconductor, Inc. The PGMR , Connect serial cable to P2 SKT1 contains the program EPROM JP1 selects mode Install the , different EPROM sizes, and modes. The following sections describe how to configure these jumpers for your
Freescale Semiconductor
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ansley ribbon connector 16 pin eprom 27C512 EEPROM 27C256 68HC705F32 MC68HC705F32 WINCHESTER D SUBMINIATURE CONNECTORS

intel 27c512 eprom

Abstract: 27C512-200V10 combination of the 27C512's high-density, cost-effective EPROM storage, and new advanced microproces sors , programs and specialized application software can reside in a 27C512 EPROM directly on a system's memory , . Quick-Pulse ProgrammingTM Algorithm The Quick-Pulse Programming algorithm programs Intel's 27C512 EPROM , INTEL CORP (MEMORY/LOGIC) 50E D 4fl2hl7b GObböOH * 4 In te l' 27C512 *T"-V6-/3 , Compatible Low Power - 30 mA Max. Active - 100 n A Max. Standby The Intel 27C512 is a 5V-onty, 524, 288
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intel 27c512 eprom 27C512-200V10 i27C512 27C512-1 intel 27c512 29022 80C51 T-46-13-25 T-46-13-29

PMI 41

Abstract: eprom 27c256 1 1 CPU 27C512 EPROM 1 1 CPU U01RU02R LQFPCPU LCCEPROM 1 , (3.05.5V) · EPROM QFP LQFP 250ns16MHz (4.55.5V) LCC27C256LCC27C512 · RAM 100 pin PQFP , CXP87400 EPROM (Ta-2075VDD3.05.5VVss0V) tACC A0A15 D0D7 tIH , CXP87400-U01Q CXP87400-U02Q CXP87400-U03R CXP87400-U01R CXP87400-U02R 100 QFPLQFP 100 PQFP EPROM 60K 52K 60K 27C512 1 27C512 1 27C256 2
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PMI 41 eprom 27c256 pj416 PH7 AD CXP87460 CXP87452 CXP87400CXP8745287460 RAM1321 FIFO181 J94X16A68-PS PA7/PPO007/PPO107 PA6/PPO006/PPO106

eprom 27c256

Abstract: PPO17 100 QFPLQFP 52K 100 PQFP 60K EPROM 60K 27C512 1 27C512 1 27C256 2 , LCCEPROM 1 1 CPU 27C512 EPROM 1 1 CPU U01RU02R LQFPCPU LCCEPROM 1 EPROM 1 U05R -7- 1000H7FFFH 1000H7FFFH 27C256 EPROM (27C256 , 213 QFP LQFP - 16 · 333ns12MHz (3.05.5V) 250ns16MHz (4.55.5V) · EPROM LCC27C256LCC27C512 , 3986VssGND 37MPGND -5- CXP87300 EPROM (Ta-2075VDD3.05.5VVss0V) tACC A0A15
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PPO17 pj54 AN314 CXP87352 QFP package weight PPO12 CXP87300CXP8735287360 88FIFO181 12SYNC1 J94X15A68-PS PB7/PPO15 PB6/PPO14

27C512 eprom

Abstract: configured in a standard 27C512 EPROM pin-out which allows an upgrade for EPROM users whose code has reached , active current - 100nA standby current · Low-cost EPROM replacement · Auto-insertion-compatible plastic
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R09C512 D-8000 F-94008 I-20094 DS10030A-4

4000H-7FFFH

Abstract: eprom 27c256 CXP87700-U01Q CXP87700-U01R CXP87700-U02R 100 PQFP EPROM 48K 27C256 2 27C512 1 , CPU 27C512 EPROM 1 1 CPU U01R LQFPCPU LCCEPROM 1 EPROM 1 U02R -7- 4000H7FFFH 4000H7FFFH 27C256 EPROM (27C256) 8000HFFFFH 0000H7FFFH , (3.05.5V) 250ns16MHz (4.55.5V) · EPROM LCC27C256LCC27C512 100 pin PQFP (Ceramic) QFP LQFP , 46 47 48 49 50 1. 88NCVDD 2. 3986VssGND 3. 37MPGND -5- CXP87700 EPROM (Ta
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4000H-7FFFH CXP87700CXP8774087748 J93X14B81-PS PB2/PPO10 PC2/PPO18 PC1/PPO17 PC0PPO16

40 pin eprom programmer circuit

Abstract: eprom 27c64 PROGRAMMER CIRCUIT supply to power the M68HC705UGANG, and: · MOTOROLA 1-2 a 27C64/27C128/27C2576/27C512 Eprom device , 27C64, 27C128, 27C256 and 27C512. U30 is an ZIF socket for holding the external Eprom device. There , the Eprom device installed is a 27C512 device, the user is required to install a fabricated jumper , · · Figure 1-4 P27 - Eprom Type Select P30 27C64 / 27C128 / 27C256 27C512 1 2 3 · , ) .1-4 Eprom Type Select Headers (P27 and
Motorola
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40 pin eprom programmer circuit eprom 27c64 PROGRAMMER CIRCUIT 27C257 27C64 EPROM programmer Motorola multimeter 27c64 EEPROM

27C512

Abstract: Z182 27C512 EPROM with an access time of 150 ns, a firmware test was implemented at 4.5 Volts with 0 Wait , the EPROM when set at 0 Wait State Speed (MHz) operation, however, the Z8018200ZCO Evaluation Board was reworked to include the memory workaround which resulted in the EPROM test showing significant improvement with continued EPROM operation beyond 20 MHz (Figure 7). 6 . . . . 8 . . . . 10 . , Memory Workaround Figure 7. 150 ns EPROM Functional Graph 5.0 ADDITIONAL SUGGESTIONS By
ZiLOG
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Z80182 Z182 Z8S180 AN971800700

M37531

Abstract: 27C256 weight scale parts 27C512 EPROM with an access time of 150 ns, a firmware test was implemented at 4.5 Volts with 0 Wait , the EPROM when set at 0 Wait State Speed (MHz) operation, however, the Z8018200ZCO Evaluation Board was reworked to include the memory workaround which resulted in the EPROM test showing significant improvement with continued EPROM operation beyond 20 MHz (Figure 7). 6 . . . . 8 . . . . 10 . , Memory Workaround Figure 7. 150 ns EPROM Functional Graph 5.0 ADDITIONAL SUGGESTIONS By
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M37531 27C256 weight scale parts M37531M4-XXXGP M37531M8-XXXGP 32P6B 42S1M

27C512

Abstract: Z182 ) EPROM 27C64 EPROM (2764) 8K DATA : 8BIT 27C128 EPROM (27128) 16K 27C256 EPROM (27256) 32K 27C512 EPROM (27512) 64K 27C010 EPROM (27010) 128K 27C020 EPROM , . . 28 File is not a raw binary image of the EPROM , developing period to eliminate the frustration of repeated EPROM burn-erase cycles. EeRom-8U ROM Emulator , only EPROM. But EeRom-8U ROM Emulator can emulate many types of memories (EPROM, Flash-ROM, EEPROM
ZiLOG
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AN006501-0201

EEPROM 2864

Abstract: EPROM 27020 for PC-based programming operation. an industry standard 27C64/27C128/27C2576/27C512 Eprom device , supports four types of industry Eprom devices; namely 27C64, 27C128, 27C256 and 27C512. U17 is an ZIF , , and P30 pins 1 and 2. If the Eprom device installed is a 27C512 device, the user is required to , 27C256 / 27C512 1 2 3 · · · Figure 1-4 P27 - Eprom Type Select P30 27C64 / 27C128 / 27C256 27C512 1 2 3 · · · Figure 1-5 P30 - Eprom Type Select M68HC705UGANG USER'S MANUAL
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EEPROM 2864 EPROM 27020 EEPROM 28256 27E020 EPROM 27256 28pC64 28c64 ADP32 32-PLCC 32-DIP ADP28 28-DIP
Abstract: Setting For supporting for Target Memory EEU100s needed ( Memory Type ) EPROM 27C64 EPROM (2764) 8K DATA : 8BIT 27C128 EPROM (27128) 16K 27C256 EPROM (27256) 32K 27C512 EPROM (27512) 64K 27C010 EPROM (27010) 128K 27C020 EPROM (27020) 256K , period to eliminate the frustration of repeated EPROM burn-erase cycles. EeRom-8U ROM Emulator easily , EPROM. But EeRom-8U ROM Emulator can emulate many types of memories (EPROM, Flash-ROM, EEPROM, NVRAM Mitsubishi
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27C257

Abstract: scrolling led display board users manual . The middle of Figure 2-2 shows this configuration. To use type 27C512 EPROM devices at locations U2 , 27C512 27C256 3 J2 U2 RAM U2 U2 EPROM 4 5 1 J3 6 J4 1 2 3 U4 , CONFIGURATION) J1 1 2 27C512 27C256 3 J2 U2 RAM U2 EPROM 5 1 U2 U4 RAM 1 , CONFIGURATION FOR 27C256 EPROMS 1 2 27C256 3 U2 RAM 27C512 J2 J1 U2 U2 EPROM 4 , CONFIGURATION FOR 27C512 EPROMS Figure 2-2. RAM/EPROM Select Header Configurations M68HC16Z1EVB/D - Rev 1
Motorola
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scrolling led display board users manual ROTARY MODE SWITCH motorola programmer 80386 programmers manual RS232 mouse diagram SUPGMR05 M68HC705UGANG/D

EEPROM 2864

Abstract: eeprom 27C020 Specification 1 256 Kbytes of Static RAM (32K x 8) 2 4 sockets of EPROM capable of 27C256 or 27C512 EPROM 3 , EE 10085 ­ 8 256 kbyte Static RAM TL EE 10085 ­ 9 24 25 256 kbyte EPROM TL EE
Electronic Engineering Tools
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eeprom 27C020 2864A EEROM-8U INTEL 27C64 ROM 27lv080 27h256

burr-brown 710

Abstract: MASM16 . 3-48 3.4.5 Wiring for the V PP pin of the One Time PROM and the EPROM version . 3-49
Motorola
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M68HC16Z1EVB burr-brown 710 MASM16 HC16z MC68HC16Z1 PCM56P EVB16

SCN2861

Abstract: NS32CG16V-15 . 3-48 3.4.5 Wiring for the V PP pin of the One Time PROM and the EPROM version . 3-49 3.4.6
National Semiconductor
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NS32081 DP8511 NS32202 SCN2681 SCN2861 NS32CG16V-15 IMPLEMENTATION of 4-BIT LEFT SHIFT BARREL SHIFTER bitblt ee-1008 NS32CG16 MON16

bbc 127 324 DIODE

Abstract: TRANSISTOR 7812 mitsubishi . 3-48 3.4.5 Wiring for the V PP pin of the One Time PROM and the EPROM version . 3-49
Mitsubishi
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M37531RSS bbc 127 324 DIODE TRANSISTOR 7812 mitsubishi M37531E4T-XXXGP SDIP-32 Transistor FST 460 32P4B P14/CNTR0 P20/AN0 P21/AN1 P22/AN2
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