INTEL Memory Components Handbook (Order No 210830-005) 1986 contains the following data sheets:
Chapter 1
Memory Overview
Chapter 2
Intel Memory Technologies
Chapter 3
RAMs (Random Access Memories)
DATA SHEETS
2114A 1024x4 Bit Static RAM
2115A , 2125A Family High Speed 1Kx1 Bit Static RAM
2115H 2125H Family High Speed 1Kx1 Bit Static RAM
2147H High Speed 4096x1 Bit Static RAM
2148H Family 1024x4 Bit Static RAM
2149H 1024x4-Bit Static RAM
51C66 High Speed CHMOS 16384x1 Bit Static RAM
51C67 High Speed CHMOS 16384x1 Bit Static RAM
51C68 High Speed CHMOS 4096x4-Bit Static RAM
51C69 High Speed CHMOS 4096x4-Bit Static RAM
RAM Family EXPRESS Data sheet
8206 Error Detection and Correction Unit
8207 Dual-Port Dynamic Ram Controller
8208 Dynamic RAM Controller
82C08 CHMOS Dynamic RAM Controller
APPLICATION NOTES
AP-74 High Speed Memory System Design Using 2147H Application Note AP-74 by Joe Altnether March,1980
AP-238 Memory Design for the Low Power Microsystem Envirronment Application Note AP-238 by Dennis Knudson March 1985
ARTICLE REPRINTS
AR-332 Modular Approach To C-MOS Technology Tailors Process To Application Article Reprint
AR-389 CMOS outshines NMOS on high-speed digital chips
Chapter 4
EPROMs (Erasable Programmable Read Only Memories)
DATA SHEETS
2732A (32K (4Kx8) Production and UV Erasable PROMS
2764A Advanced 64K (8Kx8) Production and UV Erasable PROMs
27C64 / 87C64 64K (8Kx8) CHMOS Production and UV Erasable PROMs
27128 128K (16Kx8) UV Erasable PROM
27128A Advanced 128K (16Kx8) UV Erasable PROM
27256 256K (32Kx8) Production and UV Erasable PROMs
27C256 / 87C256 256K (32Kx8) CHMOS Production and UV Erasable PROMs
27512 512K (64Kx8) Production and UV Erasable PROM
27513 Page addressed 512K (4x16Kx8) Production and UV Erasable PROM
27916 KEPROM 128K (16Kx8) Keyed Access EPROM
APPLICATION NOTES
AP-152 Using Intel's 27916 KEPROM Keyed Access EPROM Application Note Apr.1985
AP-154 Programming Intel's 27256 EPROM Application Note AP-154
ENGINEERING REPORTS
ER-10 27128 (B-STEP) 16Kx8 Engineering Changes Engineering Report
ER-11 HMOS II-E The Nexit Generation Eprom Technology
ER-12 Production EPROM in Plastic
ER-13 The 27128A Advanced 128K (16Kx8) EPROM
ER-14 P2764A Reliability Data Summary
ER-15 The 512K EPROM Family 27512 : 512K (64Kx8) EPROM 27513 Page Addressed 512K (4x16Kx8) EPROM The A Stepping
RELIABALITY REPORTS
RR-35C EPROM Reliability Data Summary
ARTICLE REPRINTS
AR-260 EPROMs Graduate To 256-K Density With Scaled N-Channel Process
AR-265 Versatile Algorithm, Equipment Cut EPROM Programming Time
AR-294 Improved Software and Circuits Speed EPROM Programming
AR-363 EPROMs Adapt to Emerging Developments In Technologies, Configurations, Packages
AR-367 With Its Paged Structure, A 512K EPROM Relaxes System Storage Constraints
AR-381 Locking Up System Security A Keyed-access computer-security system, implemented in hardware, cannot be broken by unauthorised users
CHAPTER 5
E2PROMs & NVRAMs (In Circuit Programmable Writable Memories)
DATA SHEETS
2001 1K (128x8) Non Volatile Random Access Memory
2004 4LK (512x8) Non-Volatile Random Access Memory
2816A 16K (2Kx8) ELectrically Erasable PROM
2816B 16K (2Kx8) Electrically Erasable PROM
2817A 16K (2Kx8) Electrically Erasable PROM
2864A 64K (8Kx8) Electrically Erasable PROM
2864B 64K (8Kx8) Electrically Erasable PROM
APPLICATION NOTES
AP-100 Reliability Aspects of a Floating Gate E2PROM Application Note
AP-158 Designing with the System Friendly 2817A 5V-Only E2PROM
AP-165 Data Protection for E2PROMs and NVRAMs
AP-173 Designing the 2004 Non-Volatile RAM Into Your System
AP-176 2001 Non-Volatile RAM Protects Critical System Data at Low CostAP-254 Designing the 2004 NVRAM Into Your Microcontroller System Enhances Performance and Flexibility
ENGINEERING REPORTS
ER-9 E2PROM Reliability and Qualification Testing
ARTICLE REPRINTS
AR-119 16-K EE-PROM Relies On Tunneling for Byte-Erasable Program Storage
AR-403 EEPROMs or NVRAMs which is optimum for your design?
CHAPTER 6
Bubble Memory
DATA SHEETS
A Primer On Magnetic Bubble Memory
BPK74 4 MBIT Bubble Memory SubSystem
Intel IPCB-75 PC-BUBBLE Card 4-Megabit Bubble Memory Evaluation Package
BPK70AZ 1MBit Bubble Memory Subsystem
BPK72AZ 1Mbit Bubble Memory Prototype Kit
7220 Controller for 1 Mbit BPK 70AZ or BPK 70A Bubble Memory Subsystem
D7225-1 Controller for 4-Mbit BPK 74 Bubble Memory Subsystem
APPLICATION NOTES
AP-127 Powerfail Considerations for Magnetic Bubble Memories
AP-150 8085 To BPK 72 Interface
AP-157 Software Design and Implementation Details for Bubble Memory Systems
AP-164 Using CMOS Minimizes Bubble Memory Power Consumption
AP-187 Megabits to Megabytes Bubble Memory System Design and Board Layout
AP-230 Assembly Considerations and Test Procedures for Bubble Memories
Reliability Reports
RR-56 7110A Bubble Memory Reliability
ARTICLE REPRINTS
AR-329 Bubble Memories: Their Military Role by Richard Pierce Jan.1984
AR-335 Bubble Memory in Communication Products
AR-362 Bubble Memories Take On Tough Environments
AR-366 Bubble Bursting With Military Potential
AR-399 Bubbles Getting Military Attention
AR-400 Bubble Memory Survival of The Fittest
AR-401 The Bubble Memory Option
Chapter 1
Memory Overview
Chapter 2
Intel Memory Technologies
Chapter 3
RAMs (Random Access Memories)
DATA SHEETS
2114A 1024x4 Bit Static RAM
2115A , 2125A Family High Speed 1Kx1 Bit Static RAM
2115H 2125H Family High Speed 1Kx1 Bit Static RAM
2147H High Speed 4096x1 Bit Static RAM
2148H Family 1024x4 Bit Static RAM
2149H 1024x4-Bit Static RAM
51C66 High Speed CHMOS 16384x1 Bit Static RAM
51C67 High Speed CHMOS 16384x1 Bit Static RAM
51C68 High Speed CHMOS 4096x4-Bit Static RAM
51C69 High Speed CHMOS 4096x4-Bit Static RAM
RAM Family EXPRESS Data sheet
8206 Error Detection and Correction Unit
8207 Dual-Port Dynamic Ram Controller
8208 Dynamic RAM Controller
82C08 CHMOS Dynamic RAM Controller
APPLICATION NOTES
AP-74 High Speed Memory System Design Using 2147H Application Note AP-74 by Joe Altnether March,1980
AP-238 Memory Design for the Low Power Microsystem Envirronment Application Note AP-238 by Dennis Knudson March 1985
ARTICLE REPRINTS
AR-332 Modular Approach To C-MOS Technology Tailors Process To Application Article Reprint
AR-389 CMOS outshines NMOS on high-speed digital chips
Chapter 4
EPROMs (Erasable Programmable Read Only Memories)
DATA SHEETS
2732A (32K (4Kx8) Production and UV Erasable PROMS
2764A Advanced 64K (8Kx8) Production and UV Erasable PROMs
27C64 / 87C64 64K (8Kx8) CHMOS Production and UV Erasable PROMs
27128 128K (16Kx8) UV Erasable PROM
27128A Advanced 128K (16Kx8) UV Erasable PROM
27256 256K (32Kx8) Production and UV Erasable PROMs
27C256 / 87C256 256K (32Kx8) CHMOS Production and UV Erasable PROMs
27512 512K (64Kx8) Production and UV Erasable PROM
27513 Page addressed 512K (4x16Kx8) Production and UV Erasable PROM
27916 KEPROM 128K (16Kx8) Keyed Access EPROM
APPLICATION NOTES
AP-152 Using Intel's 27916 KEPROM Keyed Access EPROM Application Note Apr.1985
AP-154 Programming Intel's 27256 EPROM Application Note AP-154
ENGINEERING REPORTS
ER-10 27128 (B-STEP) 16Kx8 Engineering Changes Engineering Report
ER-11 HMOS II-E The Nexit Generation Eprom Technology
ER-12 Production EPROM in Plastic
ER-13 The 27128A Advanced 128K (16Kx8) EPROM
ER-14 P2764A Reliability Data Summary
ER-15 The 512K EPROM Family 27512 : 512K (64Kx8) EPROM 27513 Page Addressed 512K (4x16Kx8) EPROM The A Stepping
RELIABALITY REPORTS
RR-35C EPROM Reliability Data Summary
ARTICLE REPRINTS
AR-260 EPROMs Graduate To 256-K Density With Scaled N-Channel Process
AR-265 Versatile Algorithm, Equipment Cut EPROM Programming Time
AR-294 Improved Software and Circuits Speed EPROM Programming
AR-363 EPROMs Adapt to Emerging Developments In Technologies, Configurations, Packages
AR-367 With Its Paged Structure, A 512K EPROM Relaxes System Storage Constraints
AR-381 Locking Up System Security A Keyed-access computer-security system, implemented in hardware, cannot be broken by unauthorised users
CHAPTER 5
E2PROMs & NVRAMs (In Circuit Programmable Writable Memories)
DATA SHEETS
2001 1K (128x8) Non Volatile Random Access Memory
2004 4LK (512x8) Non-Volatile Random Access Memory
2816A 16K (2Kx8) ELectrically Erasable PROM
2816B 16K (2Kx8) Electrically Erasable PROM
2817A 16K (2Kx8) Electrically Erasable PROM
2864A 64K (8Kx8) Electrically Erasable PROM
2864B 64K (8Kx8) Electrically Erasable PROM
APPLICATION NOTES
AP-100 Reliability Aspects of a Floating Gate E2PROM Application Note
AP-158 Designing with the System Friendly 2817A 5V-Only E2PROM
AP-165 Data Protection for E2PROMs and NVRAMs
AP-173 Designing the 2004 Non-Volatile RAM Into Your System
AP-176 2001 Non-Volatile RAM Protects Critical System Data at Low Cost
AP-254 Designing the 2004 NVRAM Into Your Microcontroller System Enhances Performance and Flexibility
ENGINEERING REPORTS
ER-9 E2PROM Reliability and Qualification Testing
ARTICLE REPRINTS
AR-119 16-K EE-PROM Relies On Tunneling for Byte-Erasable Program Storage
AR-403 EEPROMs or NVRAMs which is optimum for your design?
CHAPTER 6
Bubble Memory
DATA SHEETS
A Primer On Magnetic Bubble Memory
BPK74 4 MBIT Bubble Memory SubSystem
Intel IPCB-75 PC-BUBBLE Card 4-Megabit Bubble Memory Evaluation Package
BPK70AZ 1MBit Bubble Memory Subsystem
BPK72AZ 1Mbit Bubble Memory Prototype Kit
7220 Controller for 1 Mbit BPK 70AZ or BPK 70A Bubble Memory Subsystem
D7225-1 Controller for 4-Mbit BPK 74 Bubble Memory Subsystem
APPLICATION NOTES
AP-127 Powerfail Considerations for Magnetic Bubble Memories
AP-150 8085 To BPK 72 Interface
AP-157 Software Design and Implementation Details for Bubble Memory Systems
AP-164 Using CMOS Minimizes Bubble Memory Power Consumption
AP-187 Megabits to Megabytes Bubble Memory System Design and Board Layout
AP-230 Assembly Considerations and Test Procedures for Bubble Memories
Reliability Reports
RR-56 7110A Bubble Memory Reliability
ARTICLE REPRINTS
AR-329 Bubble Memories: Their Military Role by Richard Pierce Jan.1984
AR-335 Bubble Memory in Communication Products
AR-362 Bubble Memories Take On Tough Environments
AR-366 Bubble Bursting With Military Potential
AR-399 Bubbles Getting Military Attention
AR-400 Bubble Memory Survival of The Fittest
AR-401 The Bubble Memory Option
12 septembre, 2021