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microprocessors interface 8086 to 8251

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8251 microprocessor block diagram

Abstract: microprocessors interface 8086 to 8251 microprocessors and maintains compatibility with tho 8251. Familiarization time ¡8 minimal because of , characters that are functionally unique to the communication technique. In essence, the interface should , This 3-state bidirectional, 8-bit buffer is used to interface the 8251A to the system Data Bus. Data is , words to the 8251 A. RD (Read) A "low" on this input informs the 8251A that the CPU is reading data or , control inputs and outputs that can be used to simplify the interface to almost any modem. Tho modem
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USART 8251

Abstract: microprocessors interface 8086 to 8251 Intel® 8251. The 8251A operates with an extended range of Intel microprocessors and maintains , technique. In essence, the interface should appear "transparent" to the CPU, a simple input or output of byte-oriented system data. Data Bus Buffer This 3-state bidirectional, 8-bit buffer is used to interface the , 8251A that the CPU is writing data or control words to the 8251 A. RD (Read) A "low" on this input , interface to almost any modem. The modem control signals are general purpose in nature and can be used for
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8251 microprocessor block diagram

Abstract: intel 8251 USART microprocessors and maintains compatibility with the 8251. Familiarization time is minimal because of , are functionally unique to the communication technique. In essence, the Interface should appear , -state bidirectional, 8-bit buffer Is used to interface the 8251A to the system Data Bus, Data is transmitted or , the 8251A that the CPU is writing data or control words to the 8251 A. RD (Read) A "low" on this input , interface to almost any modem. The modem control signals are general purpose in nature and can be used for
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USART 8251

Abstract: microprocessors interface 8086 to 8251 standard USART, the Intel® 8251. The 8251A operates with an extended range of Intel microprocessors and , technique. In essence, the interface should appear "transparent" to the CPU, a simple input or output of byte-oriented system data. Data Bus Buffer This 3-state bidirectional, 8-bit buffer is used to interface the , words to the 8251 A. RD (Read) A "low" on this input informs the 8251A that the CPU is reading data or , be used to simplify the interface to almost any modem. The modem control signals are general purpose
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8251

Abstract: 8251 IC FUNCTION that are functionally unique to the communication technique. In essence, the interface should appear , the CPU is writing data or control words to the 8251 A. This input, in conjunction with the WR and , control inputs and outputs that can be used to simplify the interface to almost any modem. The modem , serial data out of the 8251 A. The False Start bit detection circuit prevents false starts due to a , ­ nected to a single frequency source (Baud Rate Generator) to simplify the interface. When used as an
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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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8251 microprocessor block diagram

Abstract: features of 8251 microprocessor . ID P. D, ID /BXA 8251 AB 8251A Temperature Range Blank - Commercial 0°C to 70°C I * Industrial -40 , used to simplify the interface to almost any modem. The modem control signals are general purpose In , this input informs the 0251A that the CPU Is writing data or control words to the 8251 A. DSR (Data , (Baud Rate Genera tor) to simplify the interface. Receiver Buffer The Receiver accepts serial data , C tK 6261A Figure 6. 8251A Interface to 8080A Standard System Bus The 8251A incorporates all
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8251 microprocessor block diagram

Abstract: I8251A characters that are functionally unique to the communication technique. In essence, the interface should , simplify the interface to almost any modem. The modem control signals are general purpose in nature and can , source (Baud Rate Generator) to simplify the interface. character in the Receive mode. If the 8251A is , RESET C tK 2 0 5 222-6 Figure 6 .8251A Interface to 8080 Standard System Bus 2-7 INTEL CORP , COMMUNICATION INTERFACE Synchronous and Asynchronous Operation Synchronous 5 -8 Bit Characters; Internal or
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8251 microprocessor block diagram

Abstract: features of 8251 microprocessor to the communication technique. In essence, the interface should appear " transparent" to the CPU, a , a set of control inputs and outputs that can be used to simplify the interface to almost any modem , single frequency source (Baud Rate Generator) to simplify the interface. character in the Receive mode , Figure 6. 8251A Interface to 8080 Standard System Bus 2-7 8251A DETAILED OPERATION DESCRIPTION , actual operation of the 8251 A. Both the Mode and Command Instructions must conform to a specified
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PLESSEY CLA

Abstract: gh160 microprocessors, memories, UARTs, and DSP elements, which improve time to market through a shorter design cycle , basic design routes, customer design and turnkey, to allow for varying types of customer interface , 8086 and 8088 microprocessors 270 M82288 Bus controller for 80286 microprocessors 230 , and ready I/F for 8086 and 8088 microprocessors 70 M82C284 Clock generator and ready I/F for , optimized arrays up to 1.1 million gates for specific applications. This is primarily a high-density and
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PLESSEY CLA gh160 FG48 DS4375-1 CLA90000 DS4375

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 , , 8251 & 8250 Bus interface cores including PCMCIA, Ethernet, IEEE1284, USB and PCI In addition the , (drawn) process Operation from 1.8V to 3.6V High density of up to 18,900 gates/mm2 Up to 5M gates 97ps , , 8051, 8251 devices and OakDSPCore TM and ARM7TDMITM programmable cores Wide range of packaging options
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 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 , Communications controllers including 85C30, 16C450, 16C550, 8251 & 8250 Bus interface cores including PCMCIA , 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
Zarlink Semiconductor
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microprocessors architecture of 8251 USART 8251 interfacing with 8051 microcontroller 8255 interfacing with 8086 USART 6402 USART 8251 interfacing

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 , , 8251 & 8250 Bus interface cores including PCMCIA, Ethernet, IEEE1284, USB and PCI In addition the , 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
Mitel Semiconductor
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Peripheral interface 8255 8251 uart vhdl 8255 interface with 8086 Peripheral ISO 8253-3 UART 8251 USART 8251

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

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 , Communications controllers including 85C30, 16C450, 16C550, 8251 & 8250 Bus interface cores including PCMCIA , 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
Zarlink Semiconductor
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6402 uart vhdl source code for 8086 microprocessor 8253 usart programming DAC 8048 microprocessors architecture of 8253 82530

Intel 8008

Abstract: design fire alarm 8088 microprocessor the backplane, where they can be supplied to the interface modules. A typical bus structure defines , specialized system. This expense is due to the greater component count required to meet the bus interface , communications interface chip reduced the serial communication interface logic from 30 in2 (193.56 cm2) to less , microprocessors to meet system performance requirements has become an attractive and viable option. Using multiple , microprocessors that are capable of independent instruction execution and are able to commu nicate with each other
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Intel 8008 STR IC intel 8218 76381 parallel bus arbitration RADIO SHACK PARTS CROSS REF

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

P2QFP100-GH-1420

Abstract: IR 1838 3v with 3 pins both customer and turnkey design routes, to allow for varying types of customer interface while , ready l/F for 8086 and 8088 microprocessors 70 M82C284 Clock generator and ready l/F for 80286 , building optimized arrays with up to 1.1 million gates. This family offers low-power, mixed voltage capability and a high density silicon architecture. The CLA90000 series is easy to use with and without synthesis tools and comes with design utilities to provide customers with a faster time to market. â
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P2QFP100-GH-1420 IR 1838 3v with 3 pins DS4375-2 PGA120-ACA-3434 PGA132-ACA-3636 PGA144-ACA-4040 180-ACA-4040 PGA181-ACA-4040

USART 8251 interfacing with 8051 microcontroller

Abstract: full 18*16 barrel shifter design library such as microprocessors, memories, UARTs, and DSP elements, which improve time to market through , . Zarlink offers both customer and turnkey design routes, to allow for varying types of customer interface , Interface (PPI) 1200 M91C36 High margin floppy disk data separator for data rates up to 1.25Mbit/s , configurable data formats 830 M8288 Bus controller for 8086 and 8088 microprocessors 270 M82288 , , supports IEEE-796 200 M82C84A Clock generator and ready I/F for 8086 and 8088 microprocessors
Zarlink Semiconductor
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full 18*16 barrel shifter design 18*16 barrel shifter design USART 8251 expanded block diagram P4QFP100-GH-1420 8251 UNIVERSAL SYNCHRONOUS ASYNCHRONOUS RECEIVER M8490 scsi DS5500
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