The Datasheet Archive

27960CX datasheet (1)

Part Manufacturer Description Type PDF
27960CX Intel PIPELINED BURST ACCESS 1M (128K x 8) CHMOSEPROM Scan PDF

27960CX Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
cl-001

Abstract: 85C508 Intel 85C508 80960CA 27960CX intel PLD
Text: -bit system (Figure $A) BE1 and A2 connect to the lower order address bits of the 27960CX. BE1 connects to Ao , into the 80960CA Region Table parameters of NRAD, NRDD, and NXDA. NRDD is always 0 for the 27960CX. , verify the device identifier and choose the programming algorithm that corresponds to the Intel 27960CX. , PROGRAMMINGTM ALGORITHM The Quick-Pulse Programming algorithm programs Intel's 27960CX. Developed to , intel IPföltLOIMMM? 27960CX PIPELINED BURST ACCESS 1M (128K x 8) CHMOS EPROM Synchronous 4


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PDF 27960CX 80960CA 80960CA 111-E 27960CX cl-001 85C508 Intel 85C508 intel PLD
T3I marking code

Abstract: 27960CX 80960CA 85C508 N27960CX Marking code varc 29023
Text: 27960CX. BE1 connects to Ao of both EPROMs, while A2 connects to both A-i's. Intel. 27960CX [j^iuMoirav , 27960CX. 4-25 This Material Copyrighted By Its Respective Manufacturer inteJ 27980CX NOTES: 1. The , verify the device identifier and choose the programming algorithm that corresponds to the Intel 27960CX. , 's 27960CX. Developed to substantially reduce programming throughput time, this algorithm allows optimized , inte! imoMOMim 27960CX PIPELINED BURST ACCESS 1M (128K x 8) CHMOS EPROM Synchronous 4 Byte


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PDF 27960CX 80960CA 80960CA 27960CX T3I marking code 85C508 N27960CX Marking code varc 29023
intel PLD

Abstract: No abstract text available
Text: connect to the lower order address bits of the 27960CX. BE1 connects to Ao of both EPROMs, while A2 , , and NXDA. NRDD is always 0 for the 27960CX. 4-25 INTEL CORP (UP/PRPHLS) in tç l MME D H , corresponds to the Intel 27960CX. The inteligent Identifier can also be used to verify that the product is , Quick-Pulse Programming algorithm programs Intel's 27960CX. Developed to substantially reduce programming , ftg y o m M ? " P i - 6 - 1^ 0 1 27960CX PIPELINED BURST ACCESS 1M (128K x 8) CHMOS EPROM


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PDF Sbl75 27960CX 80960CA 27960CX 01G1335 G1G1333 intel PLD
29023

Abstract: VXXXX 5204 eprom
Text: the 27960CX. BE1 connects to Ao of both EPROMs, while A2 connects to both A-i's. In a non-buffered, 8 , NRAD, NRDD, and NXDA. NRDD is always 0 for the 27960CX. 5-198 in te T 27960CX m O M O im V , that corresponds to the Intel 27960CX. The inteligent Identifier can also be used to verify that the , PROGRAMMINGTM ALGORITHM The Quick-Pulse Programming algorithm programs Intel's 27960CX. Developed to , in te i 27960CX PIPELINED BURST ACCESS 1M (128K x 8) CHMOS EPROM Synchronous 4 Byte Data Burst


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PDF 27960CX 80960CA 27960CX 29023 VXXXX 5204 eprom
27960CX

Abstract: 80960CA 85C508 N27960CX 3A353
Text: non-buffered, 16-bit system (Figure SA) BEI and A2 connect to the lower order address bits of the 27960CX. BE1 , the 80960CA Region Table parameters of NRAD, NRDD, and NXDA. NRDD is always 0 for the 27960CX. 4-25 , corresponds to the Intel 27960CX. The inteligent Identifier can also be used to verify that the product is , algorithm programs Intel's 27960CX. Developed to substantially reduce programming throughput time, this , inte! imoMOMim 27960CX PIPELINED BURST ACCESS 1M (128K x 8) CHMOS EPROM Synchronous 4 Byte Data


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PDF 27960CX 80960CA 80960CA 27960CX 85C508 N27960CX 3A353
29023

Abstract: No abstract text available
Text: -bit system (Figure 6A) SET and A 2 connect to the lower order address bits of the 27960CX. BET connects to Ao , , and NXDA. NRDD is always 0 for the 27960CX. 7-25 ¡rrte T 27960C X P G & D M lïM V , corresponds to the Intel 27960CX. The inteligent Identifier can also be used to verify that the product is , Quick-Pulse Programming algorithm programs Intel's 27960CX. Developed to substantially reduce programming , in te i 27960CX PIPELINED BURST ACCESS 1M (128K x 8) CHMOS EPROM S yn ch ro n o u s 4 B yte D a


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PDF 27960CX 27960CX 29023
29023

Abstract: No abstract text available
Text: lower order address bits of the 27960CX. BE1 connects to AO of both EPROMs while A2 connects to both , the 80960CA Region Table parameters of NRAD, NRDD, and NXDA. NRDD is always 0 for the 27960CX. 3.0 , decoding. For the 27960CX's timings we assumed a 10 ns chip select decoder for 20 MHz and 16 MHz , the device identifier and choose the programming algorithm that corresponds to the Intel 27960CX. The , ALGORITHM The Quick-PulseTM programming algorithm is used to program Intel's 27960CX. Developed to substan


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PDF 27960CX 80960CA 29023
Intel 85C508

Abstract: Intel AP-346 AP-346 29208* intel
Text: Micro Devices, Inc. Order Number: 292081-001 5-260 29000/ 27960CX BURST EPROM INTERFACE CONTENTS page CONTENTS 4.0 29000/ 27960CX INTERFACE page 1.0 SIGNAL DEFINITIONS , 5-273 27960CX Datasheet. 5-274 Am29000 Datasheet . , interface the 27960CX burst EPR O M to A M D 's Am29000* microprocessor. The 29000 microprocessor is capable , burst-mode instruction access. *Am29000 is a trademark of Advanced Micro Devices, inc. 1.2 27960CX Burst


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PDF AP-346 7960CX Am29000 29000/27960CX 279960CX 27960CX Am29000TM Intel 85C508 Intel AP-346 AP-346 29208* intel
Not Available

Abstract: No abstract text available
Text: PA960-44(Z) Data Sheet 44 pin PLCC socket/40 pin DIP 0.6” plug Supported Device/Footprints Adapter Parts & Part Numbers This adapter follows Intel's specification to program 44 pin PLCC 27960CX /KX EPROMs on 40 pin DIP programmers. The following chart shows the various socket and board part numbers that make up these adapters. Mfgr Intel Device Device 27960 Package PLCC Device 27960 Footprint Plug 40 Pin DIP Adapter Dimensions Adapter PA960-44 PA960-44Z Test


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PDF PA960-44 socket/40 27960CX/KX PA960-44 PA960-44Z 44PL2 44PL2-3 44PL2-Z
MC68882

Abstract: 6263C AP-329 marking 329
Text: In t e l APPLICATION NOTE AP-329 November 1990 6 8 0 3 0 /2 7960CX Burst EPROM Interface DEAN PARMAR SENIOR APPLICATIONS ENGINEER PROGRAMMABLE MEMORY OPERATION Order Number: 292064-001 5-232 68030/ 27960CX BURST EPROM INTERFACE CONTENTS p ag e CONTENTS 3.0 page 1.0 , -329 INTRODUCTION This application note describes the design of a circuit to interface the 27960CX burst E P R O M , parameters and timing waveforms for the 27960CX burst E P R O M and the 68030 fjiP. The fifth character


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PDF AP-329 7960CX 68030/27960CX A0-A31, MC68882 6263C AP-329 marking 329
2004 - am29ma16

Abstract: AM29M16 AM29M16 PLD atmel 404 93c46 29f512 gal18v8 ATMEL 24C32A COP8622C atmel 93C46 AT27040
Text: No file text available


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