AM290 Search Results

AM29030

Abstract: MiniMON29K CERQUAD AM29035 CGY145 GQD144 ID31 Am29202 am29000 AM29030-25GC
Contextual Info: AMENDMENT Am29030 and Am29035  RISC Microprocessors with 8-Kbyte/4-Kbyte Instruction Cache Advanced Micro Devices This amendment adds preliminary information on switching characteristics over commercial operating ranges for the 25-MHz Am29030 microprocessor.

MACH465

Abstract: 85C30 MACH465-12 EZ-030 AM29030 D1667 29030 27C010 MACH220 MAX232
Contextual Info: Using a PC I Bus as the I /O Bus on an Am29030/040 M icroprocessor Design Application Note This application note describes how the Peripheral Component Interconnect (PCI) bus can be used as the I/O bus portion on a two-bus microcontroller design. Additionally, one

4 bit odd parity checker

Abstract: 0539SA
Contextual Info: 906ZUIV Am2906 Quad Two-Input OC Bus Transceiver with Parity DISTINCTIVE CHARACTERISTICS • • • Internal 4-bit odd parity checker/generator. R eceiver has output latch for pipeline operation. R eceiver outputs sink 12 mA. Quad high-speed LSI bus transceiver.

amd 2905

Contextual Info: S06ZUJV Am2905 Quad Two-Input OC Bus Transceiver with Three-State Receiver DISTINCTIVE CHARACTERISTICS R eceiver has output latch fo r pipeline operation Three-state receiver outputs sink 12 m A Advanced low-power Schottky processing Q uad high-speed LSI bus-transceiver

80486DX

Abstract: AMD 80486DX AM486TMdx4 helium gas sensor module 80486DX2 AM29030 AM486 heat sink Heat Sinks 80486DX intel
Contextual Info: Integrated Circuit Heat Sinks PENGUIN COOLERS: HEAT SINKS FOR MICROPROCESSORS AND ASICs 662 SERIES Pin Fin Heat Sink for Limited Height Applications for Intel 80486DX, AMD AM29030 17 x 17 PGA Standard P/N Base Dimensions in. mm Height in. (mm) Heat Sink

MPR-063

Abstract: FZ 5.1 AM9080
Contextual Info: Am2905 Quad Two-Input O C Bus Transceiver With Three-State Receiver Distinctive Characteristics • Receiver has o u tp u t latch fo r pipeline operation • Three-state receiver outputs sink 12 m A • Advanced low -pow er S ch o ttky processing • 100% re lia b ility assurance testing in com pliance w ith

Am2912

Contextual Info: Am 2912 Am2912 Quad Bus Transceiver DISTINCTIVE CHARACTERISTICS • Input to bus ¡s inverting • Quad high-speed open collector bus transceiver • Driver outputs can sink 100mA at 0.8V maximum • Bus compatible with Am2905, Am2906, Am2907 • Advanced Schottky processing

Contextual Info: Am29803A Am29803A 16-Way Branch Control Unit DISTINCTIVE CHARACTERISTICS Four individual outputs for driving the four OR inputs on the Am2909A Microprogram Sequencer Provides maximum branch capability in a microprogram control unit using the Am2909 16 separate instructions - 2, 4, 8 or 16-way branch in

AM2908PC

Abstract: AM2907PC Am2908
Contextual Info: Am2907• Am2908 Quad Bus Transceivers with Interface Logic Distinctive Characteristics Am 2907 has 2.0V input receiver threshold; Am 2908 is “DEC Q or LSI-II bus compatible” with 1.5V receiver threshold Receiver has output latch for pipeline operation

2901c

Abstract: processor Am2901 2901B AM2902 i345 AM-201C
Contextual Info: Am2901B/Am2901C A m 2 9 0 1 B /A m 2 9 0 lC Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS Left/right shift Independent of ALU Add and shift operations take only one cycle. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports for a total of

B0283

Contextual Info: Am26S10/Am26Sl1 Quad Bus Transceivers DISTINCTIVE CHARACTERISTICS • • • • Input to bus is inverting on Am26S10 Input to bus is non-inverting on Am26S11 Quad high-speed open collector bus transceivers Driver outputs can sink 100mA at 0.8V maximum Bus compatible with Am2905, Am2906, Am2907

CY2901C

Contextual Info: -rS M r SEMICONDUCTOR CMOS Four-Bit Slice Features • Pin compatible and functional equivalent to AM D AM2901C • Low power • V ( margin — 5V ± 10% — All parameters guaranteed over commercial and military operating temperature range • Eight function ALU

am29000

Abstract: Am29041
Contextual Info: A D V A N C E D M I C R O D E V I C E S Tb DE OSS7S5S Am29041 CI0E71O5 3 | ' T - V 9 - / T ' / 6 '^ m Data Transfer Controller for the Am29000 Family ADVANCE INFORMATION DISTINCTIVE CHARACTERISTICS DMA and I/O Controller for the Am29000 Micro­ processor Family

am29051

Abstract: H1323
Contextual Info: S06ZUJV Am2905 Quad Two-Input OC Bus Transceiver with Three-State Receiver DISTINCTIVE CHARACTERISTICS R eceiver has output latch fo r pipeline operation Three-state receiver outputs sink 12 m A Advanced low-power Schottky processing Q uad high-speed LSI bus-transceiver

amd 2907

Abstract: AM2906 AM2908 AM2907
Contextual Info: Am2907/Am2908 Am2907/Am2908 Quad Bus Transceivers with Interface Logic DISTINCTIVE CHARACTERISTICS • • • • Quad high-speed LSI bus-transceiver D-type driver register with open-collector bus driver output can sink 100mA at 0.8V max. Internal 4-bit odd parity checker/generator

ADAPT29K

Contextual Info: AD VA N C E D MI CRO DEVICES SflE D • 02S7S25 G032727 7 ■ Am29000 Advanced Micro Devices Streamlined Instruction Processor This amendment adds advanced information commercial AC specifications for 3 3 -M H z Am 29000 . Am29000 is a trademark of Advanced Micro Devices, Inc.

Contextual Info: A d v a n c e In fo rm a t io n Am29030 and Am29035™ RISC Microprocessors with 8-Kb/4-Kb Instruction Cache Advanced Micro Devices Am29030 MICROPROCESSOR DISTINCTIVE CHARACTERISTICS • Full 32-bit architecture ■ 8-, 16-, or 32-bit ROM Interface ■

AM290F040

Contextual Info: White Electronic Designs EDI7F33512C 512Kx32 FLASH FEATURES 512Kx32, 2x512Kx32 and 4x512Kx32 Densities Based on AMDs - AM290F040 Flash Device Fast Read Access Time - 80-150ns 5V Only Reprogramming Sector Erase Architecture Uniform sectors of 64 Kbytes each

2926B

Abstract: DIMENSIONS PQFP 132
Contextual Info: V292BMC Rev. D HIGH PERFORMANCE BURST DRAM CONTROLLER FOR Am29030/40 PROCESSORS Pin/Software compatible with earlier V292BMC. Software-configured operational parameters. Direct interfaces to Am29030/40 processors. Integrated Page Cache Management. 3.3V DRAM interface support.

Contextual Info: JL* S Nife V292BM C Am29030/35 B urst M e m o ry C o n tro lle r Support Product! D a ta S h e e t Features • • • • • Interfaces directly to the Am29030/35 Manages Page Mode Dynamic Memory devices Supports DRAMs from 256Kb to 64Mb. Non-interleaved or two way interleaved operation

JTAG AND AMD

Abstract: initialization
Contextual Info: EPD Systems Engineering Technical Bulletin JTAG Boundary Scan Initialization on the AMD 29K Family The Am29030 and Am29035™ microprocessors and the Am29200™, Am29240™, Am29245™ and Am29243™ microcontrollers incorporate a five-pin Joint Test Action

2901cp

Contextual Info: CY2901C r^ypppcc CMOS Four-Bit Slice SEMICONDUCTOR F eatures Pin compatible and functional equiva­ lent to Am2901C Low power V cc margin — 5V ±10% — All parameters guaranteed over commercial and military operating temperature range Performs eight operations on two

AM2940DC

Abstract: AM2940DC-B AM2940DM AM2940DM-B AM2940FM AM2940FM-B AM2940XC 2272 aq ZG20 am2940
Contextual Info: Am2940 DMA Address Generator DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • DMA Address Generation Generates memory address, word count and DONE signal for DMA transfer operation. The Am2940, a 28-pin member of Advanced Micro Devices Am2900 family of Low-Power Schottky bipolar LSI chips, is a

Am2901

Abstract: Am2901A
Contextual Info: Am2901C Four-Bit Bipolar Microprocessor Slice ADVANCED INFORMATION DISTINCTIVE CHARACTERISTICS • Third generation of Am2901 four-bit slice Internal ECL circuitry and state-of-the-art process technology combined to provide fastest version of popular Am2901.