MINIMON29K 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.

Am29200

Abstract: amd microcontrollers Am29050TM
Contextual Info: PRELIMINARY Am29200 and Am29205 Advanced Micro Devices TM RISC Microcontrollers DISTINCTIVE CHARACTERISTICS Am29200 Microcontroller • Completely integrated system for embedded applications ■ Full 32-bit architecture ■ CMOS technology/TTL-compatible

Am29050 Microprocessor Users Manual

Abstract: Am29000 Users Manual A1694 Am29200 amd microcontrollers Am29050 ITL 12-1
Contextual Info: PRELIMINARY Am29200 and Am29205 Advanced Micro Devices RISC Microcontrollers DISTINCTIVE CHARACTERISTICS Am29200 Microcontroller • ■ Completely integrated system for embedded applications Glueless system interfaces with on-chip wait state control ■

Contextual Info: AMENDMENT a Am29240 EH, Am29245 "EH, and Am29243™EH Advanced Micro Devices Enhanced High-Performance RISC Microcontrollers_ This document amends the Am29240 ™, Am29245 ™, andAm29243 ™ High-Performance RISC Microcontroller Data

Contextual Info: Am29240 EH, Am29245™EH, and Am29243™EH AM D^ Enhanced High-Performance RISC Microcontrollers 5/ 2/97 DISTINCTIVE CHARACTERISTICS Am29240EH Microcontroller All three microcontrollers in the Am29240™EH micro­ controller series have the following characteristics:

AMD 29040

Contextual Info: ADVANCE INFORMATION & Am29240 , Am29245 , and Am29243 TM High-Performance RISC Microcontrollers Advanced Micro Devices DISTINCTIVE CHARACTERISTICS Am29240 Microcontroller All three microcontrollers in the Am29240™ microcon­ troller series have the following characteristics:

Contextual Info: ADVANCE INFORMATION Am29240 , Am29245™, and Am29243 Advanced Micro Devices High-Performance RISC Microcontrollers Am29240 MICROCONTROLLER BLOCK DIAGRAM ✓ Clock/ Control Lines' fS Control/Status MEMCLK Serial Data Printer/Scanner Video ROM Chip Selects

Fusion29K

Abstract: Am29040 Am29030 AM29035 EZ-030 ID10 ID12 ID16 Am29030-25GC AM29035-16FC
Contextual Info: PRELIMINARY Am29030 and Am29035 RISC Microprocessors with 8-Kbyte/4-Kbyte Instruction Cache Advanced Micro Devices Am29030 MICROPROCESSOR DISTINCTIVE CHARACTERISTICS Full 32-bit architecture 8-, 16-, or 32-bit ROM interface 26 million instructions per second MIPS

Am29040

Abstract: Am29202 ID16 ID31 IEEE-1284 AM29240-25KC Am29240
Contextual Info: ADVANCE INFORMATION Am29240, Am29245 , and Am29243 High-Performance RISC Microcontrollers Advanced Micro Devices DISTINCTIVE CHARACTERISTICS Am29240 Microcontroller All three microcontrollers in the Am29240 microcontroller series have the following characteristics:

t10-25 u2

Abstract: AMD 29050 AMD AM29050
Contextual Info: a A m 29050 RISC Microprocessor with On-Chip Floating-Point Unit D IS T IN C T IV E C H A R A C T E R IS T IC S • Full 32-bit, three-bus architecture ■ 55 million instructions per second MIPS sustained at 40 MHz Advanced Micro Devices ■ 64-entry Memory Management Unit (MMU)

Contextual Info: a PRELIMINARY Am29040 Advanced Micro Devices High-Performance RISC Microprocessor with Instruction and Data Caches DISTINCTIVE CHARACTERISTICS • Full 32-bit architecture ■ 3.3-V operation with 5-V-tolerant I/O ■ 66.8 VAX MIPS sustained at 50 MHz ■

Contextual Info: A m 29050 RISC Microprocessor with On-Chip Floating-Point Unit DISTINCTIVE CHARACTERISTICS • Full 32-bit, three-bus architecture ■ 55 million instructions per second MIPS sustained at 40 MHz a Advanced Micro Devices ■ 64-entry Memory Management Unit (MMU)

Am29050

Abstract: A14A1 Am29000 Users Manual Am29040 Am29243 ID16 ID31 IEEE-1284 AM29240EH Am29050TM
Contextual Info: PRELIMINARY Am29240EH, Am29245EH, and Am29243EH Enhanced High-Performance RISC Microcontrollers 5/2/97 DISTINCTIVE CHARACTERISTICS Am29240EH Microcontroller All three microcontrollers in the Am29240EH microcontroller series have the following characteristics:

Am29050 Microprocessor Users Manual

Abstract: AM29035 AM29040 Am29000 Users Manual 18458 CGM145 PDR144 602-7639 MiniMON29K Am29050TM
Contextual Info: PRELIMINARY Am29040 Advanced Micro Devices High-Performance RISC Microprocessor with Instruction and Data Caches DISTINCTIVE CHARACTERISTICS Full 32-bit architecture 3.3-V operation with 5-V-tolerant I/O 66.8 VAX MIPS sustained at 50 MHz Low-power Snooze and Sleep modes

MiniMON29K

Abstract: AM29050 AM29050-20GC Am29040 Am29243 U13124
Contextual Info: FINAL & Am29050 I TM RISC Microprocessor with On-Chip Floating-Point Unit DISTINCTIVE CHARACTERISTICS Advanced Micro Devices 64-entry Memory Management Unit MMU with region mapping • Full 32-bit, three-bus architecture ■ 55 million instructions per second (MIPS)

Contextual Info: AMD 29K Family Technical Bulletin Using Slow Peripherals with 29K Family Processors EPD Systems Engineering August 1, 1994 Purpose interrupt is active, the slow peripheral device finally clears the interrupt condition. Now the processor is not able to determine which peripheral called for an

Am29200

Abstract: Am29240 ID31 AMD top marking CHARACTERISTICS-Am29200 Am29050TM Am29000 Users Manual
Contextual Info: PRELIMINARY Am29200  and Am29205  Advanced Micro Devices RISC Microcontrollers DISTINCTIVE CHARACTERISTICS Am29200 Microcontroller Glueless system interfaces with on-chip wait state control Completely integrated system for embedded applications Four banks of ROM, each separately

en 586-3

Abstract: Am29000 Users Manual Am29050TM AMD 29040
Contextual Info: a Advance Information Am29202 Advanced Micro Devices Low-Cost RISC Microcontroller with IEEE-1284-Compliant Parallel Interface DISTINCTIVE CHARACTERISTICS • Completely integrated system for cost-sensitive embedded applications requiring high performance

Am29040

Abstract: Am29050 D13 E1 amd processor based Circuit Diagram MiniMON29K Am29050TM
Contextual Info: FINAL Am29050  RISC Microprocessor with On-Chip Floating-Point Unit Advanced Micro Devices 64-entry Memory Management Unit MMU with region mapping DISTINCTIVE CHARACTERISTICS Full 32-bit, three-bus architecture 1024-byte branch target cache 55 million instructions per second (MIPS)

8084 microprocessor

Abstract: 8084 microcontroller block diagram
Contextual Info: •Ä'N i 995 ADVANCE INFORMATION Am29240 , Am29245 , and Am29243 High-Performance RISC Microcontrollers Advanced Micro Devices Am29240 MICROCONTROLLER BLOCK DIAGRAM DISTINCTIVE CHARACTERISTICS Am29240 Microcontroller ■ Completely integrated system for embedded

Contextual Info: a Advance Information Am29202 Advanced Micro Devices Low-Cost RISC Microcontroller with IEEE-1284-Compliant Parallel Interface DISTINCTIVE CHARACTERISTICS • Completely integrated system for cost-sensitive embedded applications requiring high performance

EZ-030

Abstract: PAL16V8 palace16v8 EPROM 27c010 function of AM29000 ez030 27C010 AM85C30 74LS157s 74ls157 pin diagram
Contextual Info: EZ-030 Demonstration Board Theory of Operation Advanced Micro Devices Application Note by David Stoenner Most microprocessor evaluation and demonstration circuits are designed to illustrate the highest performance and flexibility the microprocessor can deliver, but without ease-of-design considerations.

Am29040

Abstract: Am29050 Microprocessor Users Manual MetaWare compiler 29050
Contextual Info: n PR E LIM IN A R Y Am29040 TM Advanced Micro Devices High-Performance RISC Microprocessor with Instruction and Data Caches DISTINCTIVE CHARACTERISTICS • Full 32-bit architecture ■ 3.3-V operation with 5-V-tolerant I/O ■ 66.8 VAX MIPS sustained at 50 MHz

Am29050 Microprocessor Users Manual

Abstract: so do chan IC 74ls374 Am29202 AM29050 Users Manual AM29240 Users Manual IEEE-1284 PQB132 Am29240 IEEE-1284-COMPLIANT
Contextual Info: Advance Information Am29202  Advanced Micro Devices Low-Cost RISC Microcontroller with IEEE-1284-Compliant Parallel Interface DISTINCTIVE CHARACTERISTICS Completely integrated system for cost-sensitive embedded applications requiring high performance IEEE Std 1284-1994-compliant parallel port