Intel Memory Components (Order No 210830-006) 1987 contains the following data sheets:
Memory overview
Static RAMs
2114A 1024x4 bit static RAM
2115A , 2125A High Speed 1Kx1 Bit Static RAM
2125H , High speed 1Kx1-Bit Static RAM
2147H High Speed 4096x1 Bit Static RAM
High Speed Memory System Design using 2147H application note March 1980 AP-74
Memory Design for the low power Microsystem Environment AP-238 March 1985
Modular Approach To C-MOS Technology tailors Process to Application AR-332
2148H High Speed 1024x4-Bit Static RAM (Power-Down)
2149H High Speed 1024x4 Bit Static RAM (Fast Chip-Select)
RAM Family Express Data Sheet
EPROMs
2732A 32K (4Kx8) Production and UV Erasable PROMs
2764A Advanced 64K (8Kx8) Production and UV Erasable PROMs
27C64A / 87C64 64K (8Kx8) CHMOS Production and UV Erasable PROMs
27128A Advanced 128K (16Kx8) Production and UV Erasable PROMs
27128B Advanced 128K (16Kx8) ¨Production and UV Erasable PROMs
27256 256K (32Kx8) Production and UV Erasable PROMs
27C256 , 256K (32Kx8) Production and UV Erasable PROMs
27512 512K (64Kx8) Production and UV Erasable PROMs
27513 Page-Addressed 512K (4x16Kx8) Production and UV Erasable
27010 1M (128Kx8) Byte-Wide EPROM
27011 Page-Addressed 1M (8x16Kx8) EPROM
27210 1M (64Kx16) Word-Wide EPROM
2817A 16K (2Kx8) Electrically Erasable PROM
2864A 64K (8Kx8) Electrically Erasable PROM
The Quick-Pulse Programming Algorithm AP-277 July 1986
Using Page-Addressed EPROMs AP-284 Oct.1986
EPROMs adapt to emerging Developments in Technologies, Configurations, Packages AR-363
With its paged structure, a 512K EPROM relaxes system storage constraints AR-367
Use simple circuits, algorithms to program 512K-bit EPROMs AR-406
Designing with the System Friendly 2817A 5V-Only E2PROM AP-158
Designing with the 2864A E2PROM AP-260
E2PROM and NVRAM Reliability Data Summary Reliability Report RR-59B
Memory overview
Static RAMs
2114A 1024x4 bit static RAM
2115A , 2125A High Speed 1Kx1 Bit Static RAM
2125H , High speed 1Kx1-Bit Static RAM
2147H High Speed 4096x1 Bit Static RAM
High Speed Memory System Design using 2147H application note March 1980 AP-74
Memory Design for the low power Microsystem Environment AP-238 March 1985
Modular Approach To C-MOS Technology tailors Process to Application AR-332
2148H High Speed 1024x4-Bit Static RAM (Power-Down)
2149H High Speed 1024x4 Bit Static RAM (Fast Chip-Select)
RAM Family Express Data Sheet
EPROMs
2732A 32K (4Kx8) Production and UV Erasable PROMs
2764A Advanced 64K (8Kx8) Production and UV Erasable PROMs
27C64A / 87C64 64K (8Kx8) CHMOS Production and UV Erasable PROMs
27128A Advanced 128K (16Kx8) Production and UV Erasable PROMs
27128B Advanced 128K (16Kx8) ¨Production and UV Erasable PROMs
27256 256K (32Kx8) Production and UV Erasable PROMs
27C256 , 256K (32Kx8) Production and UV Erasable PROMs
27512 512K (64Kx8) Production and UV Erasable PROMs
27513 Page-Addressed 512K (4x16Kx8) Production and UV Erasable
27010 1M (128Kx8) Byte-Wide EPROM
27011 Page-Addressed 1M (8x16Kx8) EPROM
27210 1M (64Kx16) Word-Wide EPROM
2817A 16K (2Kx8) Electrically Erasable PROM
2864A 64K (8Kx8) Electrically Erasable PROM
The Quick-Pulse Programming Algorithm AP-277 July 1986
Using Page-Addressed EPROMs AP-284 Oct.1986
EPROMs adapt to emerging Developments in Technologies, Configurations, Packages AR-363
With its paged structure, a 512K EPROM relaxes system storage constraints AR-367
Use simple circuits, algorithms to program 512K-bit EPROMs AR-406
Designing with the System Friendly 2817A 5V-Only E2PROM AP-158
Designing with the 2864A E2PROM AP-260
E2PROM and NVRAM Reliability Data Summary Reliability Report RR-59B