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UCC28085P Texas Instruments Current Mode Push-Pull PWM With Programmable Slope Compensation 8-PDIP -40 to 85 visit Texas Instruments Buy
UCC38085P Texas Instruments Current Mode Push-Pull PWM With Programmable Slope Compensation 8-PDIP 0 to 70 visit Texas Instruments Buy
UCC28085PWRG4 Texas Instruments 1A SWITCHING CONTROLLER, 1000kHz SWITCHING FREQ-MAX, PDSO8, GREEN, PLASTIC, TSSOP-8 visit Texas Instruments
UCC38085PWRG4 Texas Instruments IC 1 A SWITCHING CONTROLLER, 1000 kHz SWITCHING FREQ-MAX, PDSO8, GREEN, PLASTIC, TSSOP-8, Switching Regulator or Controller visit Texas Instruments
UCC28085PG4 Texas Instruments 1A SWITCHING CONTROLLER, 1000kHz SWITCHING FREQ-MAX, PDIP8, GREEN, PLASTIC, DIP-8 visit Texas Instruments
UCC38085PG4 Texas Instruments 1A SWITCHING CONTROLLER, 1000kHz SWITCHING FREQ-MAX, PDIP8, GREEN, PLASTIC, DIP-8 visit Texas Instruments

MCS 8085

Catalog Datasheet MFG & Type PDF Document Tags

7855N

Abstract: MCS 8085 / lub w syatemaoh MCS 8080A, MCS 8085; - Pojedynoze napl;oie zasilania +5 V. MCY 7855N MCY 6855N
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MCS 8085 hb30su a-b osai 7855H 6855H/ 7880H 6880N/ 78801T/

74s405

Abstract: Katalog CEMI inte* (PÉâiyGMAGW 8218/8219 BIPOLAR MICROCOMPUTER BUS CONTROLLERS FOR MCS-80® AND MCS-85® FAMILIES â  8218 for Use in MCS-80® Systems â  Reduces Component Count in â'¢ 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 requestâ'"no RSTB needed. It is , , 8085, 8257 (DMA).) The 8218 and 8219 serve three major functions: 1. Resolve bus contention. 2
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74s405 Katalog CEMI 74s426 74s416 schema Lcd monitor dell Zapi H1 MP117 MP186 JI41W

intel 8218

Abstract: el 8216 intel ÃtänoiMAGw 8218/8219 BIPOLAR MICROCOMPUTER BUS CONTROLLERS FOR MCS-80® AND MCS-85® FAMILIES â  8218 for Use in MCS-80® Systems â  Reduces Component Count in â  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 requestâ'"no , interface between a master device and the system Bus. (Master device: 8080, 8085, 8257 (DMA).) The 8218 and
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MCS-80 MCS-85 intel 8218 el 8216 8216 INTEL dlva intel 8085 MCS intel 8219 MCS AFN-0020BC

intel 8218

Abstract: XSTR 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
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XSTR intel 8219 8219 INTEL 8218 mcs-80 8218 8080A AFN-00208B

XSTR

Abstract: 8218 /O Compatible with 8080/8085 Series Peripherals Single Level Interrupt The Intel® 8749H is a , systems that require extra capability, the 8749 can be expanded using standard memories and MCS-80®/MCS
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dma 8257 AFN-00208C AFN-00206C

IC 8085 pin diagram

Abstract: 8749H Temperature â  Easily Expandable Memory and I/O 1.9 ¿usee Cycle â  Compatible with 8080/8085 Series All , be expanded using standard memories and MCS-80®/MCS-85® peripherals. The 8035HL is the equivalent
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8049H IC 8085 pin diagram INTEL 8049 IC intel 8749h intel 8085 instruction set ic intel 8085 AFN-013S4A-

8748 intel

Abstract: intel 8085 instruction set , 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
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I8048H 8048H 8748 intel intel 8048h intel 8748 microcomputer 8748 pin configuration intel 8748 hmos 18048H

8086 8257 DMA controller

Abstract: Intel 8237 dma controller block diagram 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
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CCITT-16 MCS-48 8086 8257 DMA controller Intel 8237 dma controller block diagram block and pin diagram of 8257 intel 8257 interrupt controller DMA Controller 8257 Block Diagram of 8237 CRC-16 APX-86

XSTR

Abstract: el 8216 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/ 8085/8088/8086/80188/80186 CPUs Single + 5V Supply Full Duplex, Half Duplex, or Loop SDLC Operation Up to 64K Baud Synchronous , performance microcomputer systems such as the MCS 188/186. A frame level command set is achieved by a unique
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TRW 8216 8257 DMA controller

Intel 8080 CPU Diagram

Abstract: intel 8273 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/ 8085/8088/8086/80188/80186 CPUs Single + 5V Supply CCITT X.25 Compatible HDLC/SDLC Compatible Full Duplex, Half Duplex, or Loop SDLC Operation Up to 64K Baud Synchronous Transfers Automatic , microcomputer systems such as the MCS 188/186. A frame level command set is achieved by a unique microprogrammed
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Intel 8080 CPU Diagram intel 8273 IBM 8080 hdlc sdlc chip Intel 8080 block Diagram intel 8085 a

8273 dma controller

Abstract: Intel 8080 interface 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
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8273 dma controller Intel 8080 interface SDLC PROTOCOL intel 8085 clock 8273 8085 intel 21047M

Intel 8237 dma controller block diagram

Abstract: DMA interface 8237 WITH 8088 Microprocessor Interfacing AD7555 AS A POLLED INPUT DEVICE (MCS-85 SYSTEM) Figure 8 shows an AD7555/8085 , AS AN INTERRUPTING INPUT DEVICE (MCS-85 SYSTEM) The AD7555 DMC oscillator provides DMC pulses until , (MCS-85 System) Interrupt Entry (SCC Goes High Causing Interrupt) Figure 8. AD7S5S as a Polled Input , (8085/AD7555) Put DMC LOW Read BCD Data (Digit 0) Put DMC HIGH Put DMC LOW Read BCD Data (Digit 1 , MCS-85 system. This system can accommodate a remote interface where a common-mode voltage is expected
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DMA interface 8237 WITH 8088 intel d 8274 intel 8274 8257 intel intel 8089 8237 DMA Controller

8085 interfacing 8155

Abstract: 8155 microprocessor block diagram /8085 CPU â  28-Pin DIP Package â  All Inputs and Outputs are TTL Compatible â  Single + 5V Supply , with Intel's new high performance family of microprocessors such as the 8085. The 8251A is used as a , with an extended range of Intel microprocessors that includes the new 8085 CPU and maintains , compatible with Intel's new industry standard, the MCS-85. Q-fiR AFKJ-ni40AR inte1 I8251A
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8085 interfacing 8155 8155 microprocessor block diagram LM 7447 AD7565 8085 hardware timing diagram manual how to interface 8085 with 8155 AD7555/MCS-8S

intel 8251

Abstract: intel 8251 USART minimum of external logic, to the 2900, MC68000, 8086, 8085, and 8051 families of processors. BLOCK , 1 MCS 25 24 H I MP4 23 1 MP5 22 ! MP6 21 1 MP7 CD005111 Note: Pin 1 Is marked for orientation
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intel 8251 intel 8251 USART intel 8251 USART control word format pin configuration of 8251 usart microprocessors interface 8085 to 8251 USART 8251 AFN-01496B
Abstract: .2-20 Clock Timing .2-20 Z8 Mode Timing .2-21 8085 , .3-9 Data FIFO . . . V.3-10 MCS Script . .3-10 MCS Address Pointers .3-11 MCS Auto Advance . . .3-11 Pipelining , Enable MCS Auto Advance.5-13 Operational Description.5-13 CNTL DIS ADV -Control Disable MCS Auto Advance , . . 5-14 Operational Description -
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Z8068 9518/A Z8000 BD003290 AF002220 AF002230

F82C5087

Abstract: fgt 412 < â'¢tH 10/M â'" O(MW) OR 1 (IOW),S1-0,S0-1 8085 TIMING FROM THE MCS-85 USERS MANUAL. THIS TIMING IS , .2-3 2.2 8085 2.3 MC68A40 SIGNAL , 2-4 8085 IO MAPPED MC6840 2-5 8085/MC68A40 I/O WRITE AND READ TIMING.2-5 2-6 8085 MEMORY MAPPED , CHAPTER 2 2-1 8085/MC68A40 2-2 PSEUDO
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F82C5087 fgt 412 ibm t30 laptop motherboard diagram OP7J MK5087 sis 5595 motherboard wiring diagram 82C5087 CHIPS/250 CHIPS/280 CHIPS/450 8I-3-486-91S8

8085 hardware timing diagram manual

Abstract: 8085 opcode sheet free on the 8085 interrupt operation and the RSTn instruction, refei; to the MCS-85 User's Manual. 6-259 , MCS®-85, iAPX-86, iAPX-88, iAPX-186, and iAPX-188 microcomputer systems plus the MCS-48 and MCS , used to generate the address. When using 8-bit microprocessors such as MCS-85, MCS-48 and MCS-51, ADO - , crystal frequency for the 8085 results in a 3.072MHz frequency from the 8085's CLK pin.) If the system , with the MCS-85, iAPX-86, iAPX-88, iAPX-186,. iAPX-188 family of microcomputer systems, and it can also
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8085 opcode sheet free 8085 opcode sheet opcode sheet 8085 8085 pin 8085 MICROCOMPUTER SYSTEMS USERS MANUAL MEK6800D2 MC6840UM MC6800 MC6802 92RPM

lf741-

Abstract: 8256 intel information presented will also be applicable to use of the 82C59A in 8080 and 8085-based systems as well , ICW4 A7 - A5 OF INTERRUPT VECTOR ADDRESS (MCS-80/85 MODE ONLY) READY TO ACCEPT INTERRUPT , - A5 OF INTERRUPT VECTOR ADDRESS (MCS-80/85 MODE ONLY) A0 D7 D6 D5 1 0 D4 D3 D2 , T3 A10 A9 A8 A0 D7 D6 D5 1 = 8086/8088 MODE 0 = MCS-80/85 MODE A15 - A8 OF , MASK MASK Application Note 109 D2 - ADI: Call Address Interval (for 8080/8085 use only). If
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AP-153 lf741- 8256 intel 8256 MUART 8256 ap 8086 assembly language for parallel port intel mcs-85 user manual APX-88 APX-186 APX-188 MCS-51 8085-M

8085 opcode sheet

Abstract: 8085 disadvantages Contents INTRODUCTION. 1 MCS Family Members. 1 Additional 8085 Instructions. 1 Using the Intel 8085 Serial I/O Lines c r t i n t e r f a c e , a i n t th e re a d e r w ith th e Intel® MCS-85 fam ily, and to ex plain h o w t o use o n e o f , MCS-85 fam ily consists o f th e n e w 8 0 8 5 N -channel, 8 -bit m ic r o p r o c e s s o r (F ig u
Harris Semiconductor
Original
8085 disadvantages 8085 microprocessor realtime application 8085 opcode MCS-80/85 8085 nested interrupts 8085 microprocessor opcode sheet AN109 80C88
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