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microprocessors interface 8086 to 8255

Catalog Datasheet MFG & Type PDF Document Tags

8255 interface with 8086 Peripheral

Abstract: 8255 interface with 8086 Peripheral block diagram interface compatible with 8086,80C86, V30,8088,80C88, V20 â'¢ Includes all PC/XT functional units , ,8255 compatible peripheral I/O port, XT keyboard interface, Parity generation and checking for DRAM , a single chip implementation of most of the system logic necessary to implement a super XT compatible system with PS/2 Model 30 functionality using either an 8086 or 8088 microprocessor. The 82C100 can be used with either 8- or 16-bit microprocessors. The 82C100 includes features which enable the PC
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82C765 8255 interface with 8086 Peripheral 8255 interface with 8086 Peripheral block diagram interface 8254 with 8086 8255 interface with 8086 8086 microprocessor architecture diagram microprocessors interface 8086 to 8255 30/XT 82C110 82C601 82C451

sab8031a-p

Abstract: S80C31-1 µA max 50 µA max Ambient Temp (° C) -40 to +85 -40 to +85 -20 to +70 -40 to +85 / -40 to +85 / -20 to +70 Min. Instruction Cycle 4 µs / 1 µs 4 µs / 1 µs 0.75 µs ­ 4K , -2 N80C31BH N80C31BH-2 [2] [2] OKI SEMICONDUCTOR OKI Semiconductor 80Cxx Family Microprocessors , Microprocessors [1] Pins / Package Supply Current (Max) Intel Equivalent MSM80C85AH Part Number , -bit microprocessor, 5 MHz 40 / DIP, 56 / FLAT, 44 / PLCC 55 mA 8086 MSM80C86A-2 16-bit microprocessor
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M5M82C51 sab8031a-p S80C31-1 P80C31BH intel 8284 clock generator intel 8284 A clock generator 80C51 MSM80C31/51 MSM80C31F MSM80C51F MSM80/83C154 MSM80C31F-1

8255 interfacing with 8086

Abstract: 8255 interface with 8051 Experiment On 8255 PPI chip Objectives : To study how 8255 PPI chip works. After completing this experiment, you should know the different operation modes of an 8255 PPI chip and how to configure the chip , Microprocessors: 8086/8088, 80186/80188, 80286, 80386, 80486, Pentium, Pentium Pro Processor, Pentium II, Pentium , programmable I/O device which is designed for use with all Intel and most other microprocessors. The 8255 has , , the device might not be fast enough CSF-LAB/PPI 8255/CC/EIE PolyU/p.1 to catch the data
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8255 interfacing with 8086 8255 interface with 8051 ppi 8255 PPI 8255 interface with 8086 8255 PPI Control word 8255 PPI AT89S8252 8255/CC/EIE

intel 8288

Abstract: intel 8288 bus controller other information needed to actually interface other devices with the 8086 and 8088 are provided in , microprocessor products to reduce application complexity and cost. This new generation of Intel microprocessors , 100% code compatible with iAPX 86, yet it interfaces to an 8-bit wide data bus BIU. The bus interface , system HOST CPU (8086 or 8088) EXECUTION UNIT I PERIPHERALS BASE INTERFACE 110 , related thirdgeneration microprocessors. The 8088 is designed with an 8-bit external data path to memory
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intel 8288 intel 8288 bus controller 8085 MICROCOMPUTER SYSTEMS USERS MANUAL 8086 interrupt structure design fire alarm 8088 microprocessor RCA SK CROSS-REFERENCE SA/C-258
Abstract: interface devices reduces digital feedthrough. MC68000: 8086: TMS32010: MOVE MOV OUT A1-A23 , D0-D11 Figure 7. MAX502 to MC6800 Interface Digital Feedthrough M/XIAI 11 M A X 5 0 1 /M A , 10. MAX501 to 8085A/8088 Interface 1/2 MAX502BMRG -55°C to +125°C 24 Narrow CERDIP" 3/4 , Drive The MAX501/MAX502 have buffered latches that are easily interfaced with microprocessors. Data , register to the DAC register. In the MAX502, the input registers are controlled by standard CHIP SELECT -
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MAX501BCNG MAX501ACWG MAX501BCWG

8255 interface with 8086 Peripheral block diagram

Abstract: 82C55AC UM82C55A make it compatible w ith microprocessors such as the 8086,8048,8051. Static CMOS circuit design , Buffer This 3-state bidirectional 8-bit buffer is used to interface the UM82C55A to the system data bus , flexible enough to interface almost any I/O device w ithout the need fo r additional external logic. Each , Analog, Analog to Digital Figure 22. Basic CRT Controller Interface IN T E R R U P T R E Q U ES , Programmable W Ê Ê Ê Ê Ê K Ê K Ê Ê Ê Ê Ê Ê Ê Ê Ê Ê Ê H Ê Ê tÊ Ê Ê Ê Ê tÊ Ê k Peripheral Interface Features
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82C55AC keyboard interfacing with 8255 microprocessors interfacing 8051 with 8255 PCA 82C 250 8255 peripheral interface 8051 um82c55 UM82C65A

8 x 8 LED Dot Matrix 8086 assembly language code

Abstract: 5 x 7 LED Dot Matrix 8086 assembly language code two 16-bit base pointer registers. It can directly access up to one megabyte of memory. The 8086 has , 8087 is a numeric coprocessor that can provide up to 100 times the performance of an 8086 alone for , , 16-bit 8086 microprocessor. The pipelined architecture of the 8086 incor porates both a bus interface , Interface (PPI) device supplies 24 lines of parallel input/output capability to the Am97/8605. These lines , is routed directly to the 8086, while an 8259A Programmable Interrupt Controller (PIC) handles eight
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8 x 8 LED Dot Matrix 8086 assembly language code 5 x 7 LED Dot Matrix 8086 assembly language code interfacing STEPPER MOTOR with 8086 microprocessor stepper motor interface with 8086 block diagram 8086 microprocessor mini project circuit Interfacing of 16k EPROM and 8K RAM with 8085

8255 interfacing with 8086

Abstract: microprocessors interface 8086 to 8255 compatible with microprocessors such as the 8086, 8048,8051. Static CMOS circuit design insures low , Manufacturer (JIV1C UM82CSSA MODE 1 (Strobe Output) MODE 2 (BIDIRECTIONAL) data from 8080 to 8255 8255 TO , -bit buffer is used to interface the UM82C55A to the system data bus. Data is transmitted or received by the , available pins and is flexible enough to interface almost any I/O device without the need for additional , urvic m UM82C55A CMOS Programmable Peripheral Interface Features â  Pin compatible with
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8255 interface with 8051 written in c Peripheral interface 8255 8255 interface with 8051 Peripheral BURROUGHS Peripheral interface 8255 with ADC PIA 8255

32C110 crystal

Abstract: 74xx373   Bus Interface compatible with 8086,80C86, V30, 8088, 80C88, V20 â  Includes all PC/XT functional , necessary to implement a super XT compatible system with PS/2 Model 30 functionality using either an 8086 or , /counter, 8255 compatible peripheral I/O port, XT Keyboard interface, Parity Generation and Checking for , to determine,which NMl occurred by reading the NMl Status Register. Keyboard and Speaker Interface , Generator. 10 MHz 8237 DMA Controlier, ¿259 Interrupt Controller, 8255 Programmable Peripheral Interface
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32C110 crystal 74xx373 ITE 8721 nec v20 82c11 8284 intel microprocessor 82C11Q

bat 102H transistor

Abstract: NEC 71055 the interface to the hardware for the operating system. Video BIOS This controls the interface , access to the hardware. The companion APEX-CI 2 provides a video interface and is based on the Cirrus , controller. This device provides a parallel interface to the microprocessor bus allowing a bidirectional , accordingly. In addition this software can then be used as the interface to the electronics by the operating , information is subject to change without notice. All trademarks and registered names acknowledged. Blue
Blue Chip Technology
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bat 102H transistor NEC 71055 AMIBIOS HIFLEX SETUP UTILITY VERSION 1.3 interfacing keyboard matrix with 8255 CX486SLC 8255 keyboard interfacing H8FE-1004-AS

NEC V20

Abstract: 82c11 . 8255 compatible peripheral I/O port, XT Keyboard interface. Parity Generation and Checking for DRAM , Generator. 10 MHz 8237 DMA Controller, Ã"2S9 Interrupt Controller, 8255 Programmable Peripheral Interface , to the keyboard interface. In a Model 25/30-type system. Level 1 is brought out to a pin and the , /XT compatible â  Build IBM PS/2*" Model 30 with XT soft-wan compatibility â  Bus Interface compatlbte with 8086,80CB6, V30, 8088, 80C88, V20 â  Key superset feature«: EMS control, dual clock, and
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V30 CPU explain the 8288 bus controller 10G APD chip GTO gate drive unit NEC 2561 8255 PPI Chip 8086 82CT10 182C110 LS2C110 82CHO A16-11 100-PIN

8251 usart architecture and interfacing

Abstract: microprocessors interface 8086 to 8251 microprocessors, UARTs, and a DSP core. The wide range of cells leads to shorter design cycle times. ADVANTAGES , applications Device I/O can interface to 5V logic with no static power consumption while still benefiting from , (drawn) process Operation from 1.8V to 3.6V High density of up to 18,900 gates/mm2 Up to 5M gates 97ps , Operating range -55°C to +125°C BENEFITS · Fast customer time to market - Direct sign-off on industry , flops, in a choice of drive strengths, allowing designers to make trade-offs between speed, power and
Zarlink Semiconductor
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8251 usart architecture and interfacing microprocessors interface 8086 to 8251 2-bit half adder verilog code for 8254 timer GSC200 DS4830 85C30

79C90

Abstract: Builder library including microprocessors, UARTs, and a DSP core. The wide range of cells leads to , the input in tristate applications Device I/O can interface to 5V logic with no static power consum , operating range 1.8 to 3.6V - 55 to 150°C â  Interface Simple clocked interface Input and output , of the design process to ensure device perform ance and timescales. Interface Design Review 1 , Cell ASICs SEM IC O N D U C TO R Advance Information DS4830 - 3.1 N ovem ber 1998
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79C90 82077SL IEEE1284 82365SL

2-bit half adder

Abstract: microprocessors architecture of 8251 SystemBuilder library including microprocessors, UARTs, and a DSP core. The wide range of cells leads to , tristate applications Device I/O can interface to 5V logic with no static power consumption while still , mux options >> (4, 8, 16 and 32) Wide operating range - 1.8 to 3.6V - - 55 to 150°C · Interface , 0.35µm (drawn) process Operation from 1.8V to 3.6V High density of up to 18,900 gates/mm2 Up to 5M , for high reliability · Operating range -55°C to +125°C · · · · · · · · ·
Zarlink Semiconductor
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microprocessors architecture of 8251 USART 8251 interfacing with 8051 microcontroller USART 6402 USART 8251 interfacing 8086 interfacing with 8254 peripheral

USART 6402

Abstract: verilog code for 8254 timer andean have a hold option to hold the input in tristate applications Device I/O can interface to 5V , Address 512 to 8k words Range of mux options » (16, 32 and 64) Contact mask programming Interface , key stages of the design process to ensure device performance and timescales. Interface Design , . FEATURES â  Three or four layer metal on a 0.35nm (drawn) process â  Operation from 1.8V to 3.6V â  High density of up to 18,900 gates/m m 2 â  Up to 5M gates â  97ps gate
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advantages of master slave jk flip flop

microprocessors architecture of 8251

Abstract: USART 8251 interfacing with 8051 microcontroller resistors and can have a hold option to hold the input in tristate applications Device I/O can interface , 3.6V - - 55 to 150°C s Interface - Simple clocked interface - Input and output buses - Zero DC , key stages of the design process to ensure device performance and timescales. Interface Design , (drawn) process Operation from 1.8V to 3.6V High density of up to 18,900 gates/mm2 Up to 5M gates , reliability s Operating range -55°C to +125°C s s s s s s s s s BENEFITS s Fast
Mitel Semiconductor
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8251 uart vhdl ISO 8253-3 UART 8251 USART 8251 design 8086 4k ram 8k rom 8251 uart

2-bit half adder

Abstract: USART 8251 interfacing with 8051 microcontroller SystemBuilder library including microprocessors, UARTs, and a DSP core. The wide range of cells leads to , tristate applications Device I/O can interface to 5V logic with no static power consumption while still , mux options >> (4, 8, 16 and 32) Wide operating range - 1.8 to 3.6V - - 55 to 150°C · Interface , 0.35µm (drawn) process Operation from 1.8V to 3.6V High density of up to 18,900 gates/mm2 Up to 5M , for high reliability · Operating range -55°C to +125°C · · · · · · · · ·
Zarlink Semiconductor
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6402 uart vhdl source code for 8086 microprocessor 8253 usart programming DAC 8048 microprocessors architecture of 8253 82530

8255 interface with 8086 Peripheral opcode sheet

Abstract: bts 2140 - 1b . Advanced Micro Devices reserves the right to make changes in its products without notice in order to , of any kind, including but not limited to implied warrants of merchantability or fitness for a , in an AMD product. The information in this publication is believed to be accurate in all respects at the time of publication, but is subject to change without notice. AMD assumes no responsibility for , ® Microprocessor Software User's Manual is designed to support system software engineers developing BIOS and
Advanced Micro Devices
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8255 interface with 8086 Peripheral opcode sheet bts 2140 - 1b microprocessor 8255 application seven segment a2232 a2231 8086 opcode sheet

RAS 0510 SUN HOLD

Abstract: sun hold RAS 0510 necessary to implement a super XT compatible system with PS/2 Modef 30 functionality using either an 8086 or , controller, 8254 compatible timer/counter, 8255 compatible peripheral I/O port, XT Keyboard interface, Parity , reducing power consumption. FDCOFF .should be connected to FDC and other chip enable pins. CPU Interface , , 10 MHz 8237 DMA Controller, 8259 Interrupt Controller, 8255 Programmable Peripheral Interface, 8254 , interface. In a Model 25/30-type system, Level 1 is brought out to a pin and the interrupt must be generated
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RAS 0510 SUN HOLD sun hold RAS 0510 F82C100 8255 programmable peripheral interface 7 SEGMENT DISPLAY 8255 and 8088 LIM EMS 4.0 IBM11 82C1G0 82C1Q0 CHIPS/280 CHIPS/250 CHIPS/230

8255 PPI Chip 8086

Abstract: PPI 8255 interface with 8086 _LC82C55 C MOS LSI Programmable Peripheral Interface Overview The LC82C55 Programmable Peripheral Interface LSI is a pin-compatible CMOS version of the industry-standard 8255 device. The 24 input/output pins may be programmed to operate in 3 different modes. Basic input/output, strobed input/output , , and the device is easily interfaced to standard microprocessors. The LC82C55 is fabricated using a , with standard microprocessors â'¢ Zero wait-state operation with an 8MHs CPU. (TRD= 120ns) â'¢ Fully
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PPI 8255 interface with 8085 PPI 8255 interface with 8085 handshaking sanyo opu microprocessors interface 8085 to 8255 DIP40 LC92 LC82C66 LC74H01 1X282C66
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