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MCS 8085

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Abstract: inte* (PÉâiyGMAGW 8218/8219 BIPOLAR MICROCOMPUTER BUS CONTROLLERS FOR MCS-80® AND MCS-85® FAMILIES ■ 8218 for Use in MCS-80® Systems ■ Reduces Component Count in • 8219 for Use inMCS , 8085 and are internally decoded by the 8219 to produce the request signals MRDR, MWTR, IORR, IOWR. They , interrupt status from the 8085. Acts like a level sensitive asynchronous bus request—no RSTB needed. It is , , 8085, 8257 (DMA).) The 8218 and 8219 serve three major functions: 1. Resolve bus contention. 2 ... OCR Scan
datasheet

11 pages,
312.82 Kb

8085 clock 8085 timing diagram 82181 8219 INTEL 821B cpu intel 8085 dma 8257 8080 data bus timing diagram intel 8085 A control unit intel 8257 MCS-80 intel 8219 MCS 8085 intel 8257 interrupt controller intel 8085 MCS intel 8219 MCS dlva 8216 INTEL el 8216 intel 8218 MCS-85 TEXT
datasheet frame
Abstract: intel ßtänoiMAGw 8218/8219 BIPOLAR MICROCOMPUTER BUS CONTROLLERS FOR MCS-80® AND MCS-85® FAMILIES ■ 8218 for Use in MCS-80® Systems ■ Reduces Component Count in ■ 8219 for Use inMCS , inputs used by the 8085 and are internally decoded by the 8219 to produce the request signals MRDR, MWTR , be used for interrupt status from the 8085. Acts like a level sensitive asynchronous bus request—no , interface between a master device and the system Bus. (Master device: 8080, 8085, 8257 (DMA).) The 8218 and ... OCR Scan
datasheet

11 pages,
329.4 Kb

intel 8085 MCS 8257 DMA controller 8257 intel dma 8257 8218 intel 821B MCS-80 mcs-80 8218 8218 MCS-85 8219 INTEL MCS 8085 intel 8219 "intel 8218" intel 8219 MCS XSTR intel 8218 TEXT
datasheet frame
Abstract: in t e i miLDBaOHIAE^f 8218/8219 BIPOLAR MICROCOMPUTER BUS CONTROLLERS FOR MCS-80® AND MCS-85® FAMILIES 8218 for Use in MCS-80® Systems 8219 for Use inMCS-85® Systems Coordinates the Sharing of a , , 10/Memory: WRITE, READ, lO/Memory are the control request inputs used by the 8085 and are internally , Bus Clock. (8219 only) Asynchronous Bus Request: Can be used for interrupt status from the 8085. Acts , ponent count in the interface between a master device and the system Bus. (Master device: 8080, 8085 ... OCR Scan
datasheet

11 pages,
550.67 Kb

XSTR dma 8257 8218 MCS-80 MCS-85 TEXT
datasheet frame
Abstract: /O Compatible with 8080/8085 Series Peripherals Single Level Interrupt The Intel® 8749H 8749H is a , systems that require extra capability, the 8749 can be expanded using standard memories and MCS-80®/MCS ... OCR Scan
datasheet

1 pages,
40.83 Kb

INSTRUCTION SET 8085 Intel 8080 CPU Diagram Microcomputer 8080 block diagram of intel 8085 chip intel 8085 peripherals intel 8049H intel ic 8080 8 bit memory ic intel 8085 MCS instructions 8085 8749 Intel 8080 instruction set 8049H 8085 pin diagram 8049H ic intel 8085 8049H 8049H 8049H intel 8085 instruction set intel 8749h INTEL 8049 IC 8749H IC 8085 pin diagram TEXT
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Abstract: Temperature ■ Easily Expandable Memory and I/O 1.9 ¿usee Cycle ■ Compatible with 8080/8085 Series All , be expanded using standard memories and MCS-80®/MCS-85® peripherals. The 8035HL 8035HL is the equivalent ... OCR Scan
datasheet

1 pages,
45.6 Kb

intel 8085 pin diagram 8085 pin diagram Intel 8080 instruction set intel 8085 MCS Intel 8080 CPU Diagram 8748 MCS-85 eprom 8748 8085 RAM hmos I8048H intel 8085 8035HL intel 8748 MCS 8085 8748 pin configuration intel 8748 microcomputer intel 8048h intel 8085 instruction set 8748 intel 18048H TEXT
datasheet frame
Abstract: , 8051, 8085, 8088, 8086, 80188 and 80186 CPU's; 8257 and 8237 DMA Controllers; and 8089 I/O Proc. 4 , Intel's MCS-48, -85, -51 ; iAPX-86, -88, -186 and -188 families, the 8237 DMA Controller, or the 8089 I ... OCR Scan
datasheet

1 pages,
37.03 Kb

8051 dma controller MCS-48 8237 DMA Controller intel 8085 a intel 8089 pin diagram of 8257 intel 8274 DMA interface 8237 WITH 8088 CCITT-16 intel 8257 interrupt controller DMA Controller 8257 Block Diagram of 8237 block and pin diagram of 8257 CRC-16 CCITT-16 Intel 8237 dma controller block diagram CRC-16 CCITT-16 8086 8257 DMA controller CRC-16 CCITT-16 CRC-16 CRC-16 CCITT-16 TEXT
datasheet frame
Abstract: in t e i [P ^ Ü L D IM ID K IA K V 8218/8219 BIPOLAR MICROCOMPUTER BUS CONTROLLERS FOR MCS-80® AND MCS-85® FAMILIES 8218 for Use in MCS-80® Systems 8219 for Use inMCS-85® Systems Coordinates , ) Asynchronous Bus Request: Can be used fo r interrupt status from the 8085. Acts like a level s e n s itiv e a s , ponent cou nt in the interface between a master device and the system Bus. (Master device: 8080, 8085 , generated in the 8219 by decoding the 8085 system c o n tro l ou tputs (i.e., RD, WR, IO/M ) or in the 8218 ... OCR Scan
datasheet

11 pages,
292.3 Kb

TRW 8216 8257 DMA controller XSTR MCS-80 MCS-85 TEXT
datasheet frame
Abstract: in le l CCITT X.25 Compatible HDLC/SDLC Compatible 8273 PROGRAMMABLE HDLC/SDLC PROTOCOL CONTROLLER Programmable NRZI Encode/Decode Two Programmable Modem Control Ports Digital Phase Locked Loop Clock Recovery Minimum CPU Overhead Fully Compatible with 8048/8080/ MCS 188/186. A frame level command set is achieved by a unique ... OCR Scan
datasheet

1 pages,
31.22 Kb

SDLC cpu intel 8085 for 8086 up by intel intel 8080 cpu intel 8080 MCS intel 8085 clock architecture diagram of 8085 processor intel 8088 PHASE LOCKED LOOP intel cpu 8080 intel 8080 architecture intel 8085 MCS hdlc sdlc chip intel 8085 a Intel 8080 block Diagram IBM 8080 Intel 8080 CPU Diagram intel 8273 TEXT
datasheet frame
Abstract: in te 1 8273 PROGRAMMABLE HDLC/SDLC PROTOCOL CONTROLLER Programmable NRZI Encode/Decode Two Programmable Modem Control Ports Digital Phase Locked Loop Clock Recovery Minimum CPU Overhead Fully Compatible with 8048/8080/ MCS 188/186. A frame level command set is achieved by a unique microprogrammed ... OCR Scan
datasheet

1 pages,
30.99 Kb

SDLC PROTOCOL intel 8273 intel 8085 clock Intel 8080 CPU Diagram 8085 intel Intel 8080 interface 8273 dma controller TEXT
datasheet frame
Abstract: 8274 MULTI-PROTOCOL SERIAL CONTROLLER (MPSC) Asynchronous, Byte Synchronous and Bit Synchronous Operation Two Independent Full Duplex Transmitters and Receivers Fully Compatible with 8048, 8051, 8085, 8088, 8086, 80188 and 80186 CPU's; 8257 and 8237 DMA Controllers; and 8089 I/O Proc. 4 Independent DMA Channels Baud Rate: DC to 880K Baud Asynchronous: - 5 -8 Bit Character; Odd, Even, or No Parity; 1, 1.5 or , , and SDLC/HDLC protocol to Intel microcomputer systems. It can be interfaced with Intel's MCS-48, -85 ... OCR Scan
datasheet

1 pages,
38.08 Kb

cpu intel 8085 "intel 8274" 8051 controller intel mpsc CCITT-16 intel mcs-48 8086 DMA channels Block Diagram of 8237 intel 8089 8237 DMA Controller dma 8257 block and pin diagram of 8257 8257 intel CRC-16 CCITT-16 intel 8274 CRC-16 CCITT-16 intel 8257 interrupt controller CRC-16 CCITT-16 intel d 8274 CRC-16 CCITT-16 8086 8257 DMA controller CRC-16 CCITT-16 DMA Controller 8257 CRC-16 CCITT-16 DMA interface 8237 WITH 8088 CRC-16 CCITT-16 Intel 8237 dma controller block diagram CRC-16 CCITT-16 CRC-16 CRC-16 CCITT-16 MCS-48 TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/design/faq/186faqs-v3.htm
Intel 31/10/1997 64.06 Kb HTM 186faqs-v3.htm
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/design/faq/186faqs.htm
Intel 05/02/1999 64.2 Kb HTM 186faqs.htm
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/design/faq/186faqs-v5.htm
Intel 01/08/1998 64.21 Kb HTM 186faqs-v5.htm
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/design/faq/186faqs-v1.htm
Intel 10/02/1998 64.06 Kb HTM 186faqs-v1.htm
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/design/faq/186faqs-v7.htm
Intel 03/08/1997 63.4 Kb HTM 186faqs-v7.htm
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/products one/design/faq/186faqs.htm
Intel 06/05/1999 64.2 Kb HTM 186faqs.htm
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/design/faq/186faqs-v8.htm
Intel 31/10/1998 64.22 Kb HTM 186faqs-v8.htm
standard 80C186 80C186 I have a 256K MCS# block starting on at 64K (or similar). Q. When PCS5# Q. Are code converters available for Z-80 and 8085 code? Timers Q. chip selects. Q. When using the standard 80C186 80C186 I have a 256K MCS# block starting on at for invalid combinations. The MCS# block size must be a multiple of the base address. Q. Accelerated Technology, among others. Q. Are code converters available for Z-80 and 8085 code?
/datasheets/files/intel/design/faq/186faqs-v4.htm
Intel 31/01/1997 63.46 Kb HTM 186faqs-v4.htm
150 pages), A51 assembler, Small C compiler, hex file for the MCS-52 Basic interpreter EPROM with MCS-52 manual, hex file for MAX-FORTH interpreter EPROM with documentation, hex file for the an 8-bit microcontroller designed specifically for USB peripherals based on the MCS AE 251 MCS-51 Introduced in 1980, it has become the industry standard for embedded control. went their separate ways. Intel developed the MCS-251, which was originally called the ZX (this
/datasheets/files/atmel/atmel/software/8051.faq
Atmel 18/05/1998 154.99 Kb FAQ 8051.faq
the MCS-52 Basic interpreter EPROM with MCS-52 manual, hex file for MAX-FORTH interpreter EPROM the MCS AE 251 microcontroller architecture. It is the first USB microcontroller in a roadmap features. Intel MCS-51 Introduced in 1980, it has become the industry standard for the parties, they each went their separate ways. Intel developed the MCS-251, which was out with the eXtended Architecture (XA) line. The Intel MCS-251 is a drop-in replacement for the
/datasheets/files/atmel/atmel/software/8051inf.txt
Atmel 30/01/2000 151.46 Kb TXT 8051inf.txt