AM29C827A Search Results

PD3024

Contextual Info: a Am29C827A/Am29C828A High-Performance CMOS Bus Buffers Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers and inverters ■ - D-Y delay = 4 ns typical ■ ■ ■ Low standby power JEDEC FCT-compatibie specs Very high output drive

AM29C828APC

Abstract: Am29C827A
Contextual Info: Am29C827A/Am29C828A High-Performance CMOS Bus Buffers Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers and inverters - D-Y delay = 4 ns typical ■ Proprietary edge-rate controlled outputs dramatically reduce undershoots, overshoots,

6267 ic pin details

Contextual Info: P re lim in a ry a Am29C827A/Am29C828A Advanced Micro High-Performance CMOS Bus Buffers Devices DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers and inverters - D-Y delay - 4 ns typical • Low standby power • JEDEC FCT-compatible specs • Very high output drive

Contextual Info: Advanced Micro Devices Am29C827A/Am29C828A High-Performance CMOS Bus Buffers DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers and Inverters - D-Y delay = 4 ns typical ■ Proprietary edge-rate controlled outputs dramatically reduce undershoots, overshoots,

Contextual Info: Am29C827A/Am29C828A High-Performance CMOS Bus Buffers Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Proprietary edge-rate controlled outputs dramatically reduce undershoots, overshoots, and ground bounce JEDEC FCT-compatible specs ■ Very high output drive

Contextual Info: Am29C827A/Am29C828A High-Performance CMOS Bus Buffers > 3 DISTINCTIVE CHARACTERISTICS • • • • High-speed C M O S buffers and inverters - D-Y delay = 4 ns typical Low standby power

CD3024

Abstract: PD3024 C827A 29C827
Contextual Info: a Am29C827A/Am29C828A High-Performance CMOS Bus Buffers Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers and inverters ■ - D-Y delay = 4 ns typical ■ ■ ■ Low standby power JEDEC FCT-compatibie specs Very high output drive

29C827

Abstract: 29C827A AM29C827APC CD3024 PD3024
Contextual Info: a Advanced Micro Devices Am29C827A/Am29C828A High-Performance CMOS Bus Buffers DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers and Inverters ■ - D-Y delay = 4 ns typical ■ ■ ■ Low standby power JEDEC FCT-compatible specs Very high output drive

29C828

Contextual Info: Advanced Micro Devices Am29C827A/A rn29C828A High-Performance CMOS Bus Buffers DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers a r d in ve rte rs - D-Y delay = 4 ns typical ■ Low standby power ■ JEDEC FCT-compatible spec s ■ Power-up/down disable circuit provides for

TRANSISTOR SMD T1P

Abstract: schematic computer 80386 chip mother board sis 662 NEW DATABASE - 350 MILLION FROM 8500 MANUFACTURERS 80486 microprocessor circuit diagram SmD TRANSISTOR a77 SMD Transistor jly PALCE16V8-10 ksp 13 f10 ksp 13 replacement
Contextual Info: a Dynamic Memory Design 1991/1992 Data Book/Handbook Advanced Micro Devices % M aeey D ynam ic M em ory D esign 1991/1992 Data Book/Handbook D V A N C E D M I C R O D E V I C E S 1991 Advanced Micro Devices, Inc. A dvanced Micro Devices reserves the right to make changes in its products

P174FCT244

Abstract: P174LPT-245 P174FCT574T P174FCT245T P174LPT QS74FCT280 P174FCT24 P174LPT16373 IDT74FCT IDT74FBT2827
Contextual Info: fl PERICOM I I I I I I II II I I I I I I I II I I I I I I I I II I I I I I II I I I I I I I I I I I II I M I I I I II I I I I I I I I I I I I I I II I I I I II I I I I I I I I I I I I I I I I I I I I I I I I I I | 1 I I | II PRODUCT CROSS REFERENCE GUIDE

Contextual Info: Preliminary & Advanced Micro Devices Am29C676 11-Bit DRAM Driver DISTINCTIVE CHARACTERISTICS • ■ ■ ■ ■ ■ Ideal for driving the eleven address lines of 4 Mbit x 1 and 4 Mbit x 4 DRAMs Capable of driving multiple RAS, CAS and WE control lines Drive capability from 50 pF through 500 pF with

AM2968A

Abstract: Am29C983 Multiple Bus Exchange
Contextual Info: Am2968A Advanced Micro Devices 256K Dynamic Memory Controller/Driver DISTINCTIVE CHARACTERISTICS Provides control for 16K, 64K, and 256K dynamic RAMs Outputs directly drive up to 88 DRAMs, with a guaran­ teed worst-case limit on the undershoot Highest-order two address bits select one of four banks

AE920

Contextual Info: Preliminary a Advanced Micro Devices Am29C676 11-Bit DRAM Driver DISTINCTIVE CHARACTERISTICS • Ideal for driving the eleven address lines of 4 Mbit x 1 and 4 Mbit x 4 DRAMs Minimized output-to-output skews reduce memory access time ■ Capable of driving multiple RAS, CAS and WE

29C668

Contextual Info: a Preliminary Am29C668 Advanced Micro Devices 4M Configurable Dynamic Memory Controller/Driver DISTINCTIVE CHARACTERISTICS • Provides control for 4M, 1M, 256K, 64K dynamic RAMs Supports “Scrubbing” with refresh when used in an EDC system ■ Programmable Burst/Block Access support for

diode ys

Contextual Info: a Preliminary Advanced Micro Devices Am29C676 11-Bit DRAM Driver DISTINCTIVE CHARACTERISTICS • Ideal for driving the eleven address lines of 4 Mbit x 1 and 4 Mbit x 4 DRAMs ■ Minimized output-to-output skews reduce memory access time ■ Capable of driving multiple RAS, CAS and WE

block diagram of AMD K10

Abstract: AMD Functional
Contextual Info: Am29C668 Advanced Micro Devices 4M Configuration Dynamic Memory Controller/Driver DISTINCTIVE CHARACTERISTICS Supports CAS before RAS refresh • Provides control for 4M, 1M, 256K, 64K dynamic RAMs ■ Programmable Burst/Block Access support for A m 29000,68000 family, iAPX family

basic microprocessor block diagram

Abstract: 29C668
Contextual Info: Am29C668 4M Configuration Dynamic Memory Controller/Driver Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Provides control for 4M, 1M, 256K, 64K dynamic RAMs ■ Programmable Burst/Block Access support for Am29000, 68000 family, iAPX family Selectable 2 or 4 bank drive

Contextual Info: Am2968A Advanced Micro Devices 256K Dynamic Memory Controller/Driver DISTINCTIVE CHARACTERISTICS • • • Provides control for 16K, 64K, and 256K dynamic RAMs Outputs directly drive up to 8 8 DRAMs, with a guaran­ teed worst-case limit on the undershoot

6164 ram memory

Contextual Info: a Am29368 Advanced Micro Devices 1 Megabit Dynamic Memory Controller/Driver DMC DISTINCTIVE CHARACTERISTICS Provides control for 16K, 64K, and 256K and 1-megabit dynamic RAMs Outputs directly drive up to 8 8 DRAMs, with a guaran­ teed worst-case limit on the undershoot

58AZ

Contextual Info: Am29368 Advanced Micro Devices 1 Megabit Dynamic Memory Controller/Driver DMC DISTINCTIVE CHARACTERISTICS Provides control for 16K, 64K, and 256K and 1-megabit dynamic RAMs Outputs directly drive up to 88 DRAMs. with a guaran­ teed worst-case limit on the undershoot

Contextual Info: Preliminary a Advanced Micro Devices Am29C676 11-Bit DRAM Driver DISTINCTIVE CHARACTERISTICS • Ideal for driving the eleven address lines of 4 Mbit x 1 and 4 Mbit x 4 DRAMs Minimized output-to-output skews reduce memory access time ■ Capable of driving multiple RAS, CAS and WE

Contextual Info: a Preliminary Am29C668 Advanced Micro Devices 4M Configurable Dynamic Memory Controller/Driver DISTINCTIVE CHARACTERISTICS • Provides control for 4M, 1M, 256K, 64K dynamic RAMs ■ Supports “Scrubbing” with refresh when used in an EDC system ■ Programmable Burst/Block Access support for

sd 6109

Abstract: AM2968A Dynamic Memory Controller Am29C828A
Contextual Info: Am2968A Advanced Micro Devices 256K Dynamic Memory Controller/Driver DISTINCTIVE CHARACTERISTICS • • • Provides control for 16K, 64K, and 256K dynamic RAMs Outputs directly drive up to 8 8 DRAMs, with a guaran­ teed worst-case limit on the undershoot