HEST 03 D1 Search Results

hest 03 d1

Contextual Info: MOTOROLA MC10165 8-INPUT PRIORITY ENCODER The MC10165 is a device d esig n ed to encode e ig h t inp u ts to a b in a ry coded o u tp u t. The o u tp u t code is th a t o f the hig h e st o rde r in p u t. A n y in p u t o f lo w e r p rio rity is ign o re d. Each o u tp u t in c o r­

16C450 DIP IC EXAR

Abstract: ST16C650A 16C450 isa circuits The650 ST16C550 ST16C650ACJ44 ST16C650ACP40 ST16C650ACQ48 ST16C650AIJ44 ST16C650AIP40
Contextual Info: ST16C650A UART WITH 32-BYTE FIFO’s AND INFRARED IrDA ENCODER/DECODER r GENERAL DESCRIPTION The ST16C650A*1 is a universal asynchronous receiver and transmitter (UART) and is pin compatible with the ST 16C550 UART. The 650A is an enhanced UART with 32 byte FIFO’s, automatic hardware/software flow control,

HT 648 decoder Rx

Abstract: xo 405 mf KKZ 09 4066 IC circuit diagram V01J 2X108 MC14536B MC14538B MC14XXXBCL MC14XXXBCP
Contextual Info: MOTOROLA DUAL MONOSTABLE MULTIVIBRATOR R m u m O Ì li ‘ y y ^ o T he M C14528B multivibrator. It m ay produces an output which is determ ined is a d u a l, re trig g e ra b le , re se tta b le m ono stable be triggered from e ither edge of an input pulse, and

Contextual Info: Preliminary Information JB TE X A R XR16C850 UART WITH 128-BYTE FIFO’s AND INFRARED IrDA ENCODER/DECODER PLCC Package GENERAL DESCRIPTION The XR16C850*1 (850) is a universal asynchronous receiver and transm itter (UART) and is pin compatible with the ST16C650A UART. The 850 is an enhanced

MC68HC11L6

Contextual Info: Order this document by BR774/D MOTOROLA SEMICONDUCTOR TECHNICAL DATA MC68HC11L6 Technical Summary 8-Bit Microcontroller Introduction The design of the MC68HC11L6 high-performance microcontroller MCU is based on the MC68HC11E9, including also 16K of ROM, and an additional bidirectional port (port G). The

NEC 71059

Abstract: 07XVDO 71059 71059c
Contextual Info: CXQ71059 SONY Interrupt C o n tro l U nit Pin Configuration Top View Description The CXQ71059 is a low-powerCMOS programmable interrupt control unit for m icrocomputer system s. It can process eight interrupt requests and can be expanded to 6 4 interrupt requests by adding other

1000H

Abstract: CXQ71059 CXQ71069 CXQ710S9 PD71059
Contextual Info: C X Q 7 1 0 5 9 SONY Interrupt C o n tro l U nit Pin Configuration Top View Description The CXQ71059 is a low-powerCMOS programmable interrupt control unit for microcomputer system s. It can process eight interrupt requests and can be expanded to 6 4 interrupt requests by adding other

MC68HC11

Abstract: MC68HC11 interface board block diagram MC68HC11L6 TI405 MC68HC11 control registers 102B M68HC11 MC68HC11E9 MC68HC11L6FN1
Contextual Info: Order this document by BR774/D MOTOROLA SEMICONDUCTOR TECHNICAL DATA MC68HC11L6 Technical Summary 8-Bit Microcontroller Introduction The design of the MC68HC11L6 high-performance microcontroller MCU is based on the MC68HC11E9, including also 16K of ROM, and an additional bidirectional port (port G). The

A4018

Contextual Info: rz 7 S C S -T H O M S O N ^ • 7 # . s t i 6 x y z GENERIC, MODULAR DEVICE. CMOS SAFEGUARDED MICROCONTROLLER WITH EEPROM PRELIMINARY DATA ■ 8 BIT A RCHITECTURE CPU ■ USER DEFINED SIZE O F ON-CHIP M EM ORIES ROM, RAM, EEPROM ■ UP TO 16K BYTES OF USER ROM

29062

Contextual Info: PRODUCT PREVIEW SERIES 200 FLASH MEMORY MINIATURE CARD 4, 8,16 MBYTES ÌFM004G, ÌFM008G and ÌFM016G • Low-Cost Linear Flash Card — Intel StrataFlash Memory Flash Technology ■ Fast Read Performance — 150 ns Max Access Time ■ High-Performance Writes

Z80A dart

Abstract: Z8430BD2 z8400 DSAFRZWS00 Z8400 4mhz TMPZ84C10 z84c00ab6 Z84C00HB6 RTL 2830 Z08420
Contextual Info: Z80 MICROPROCESSOR FAMILY 1th EDITION JANUARY 1990 USE IN LIFE SUPPORT DEVICES FOR SYSTEMS MUST BE EXPRESSLY AUTHORIZED SGS-THOMSON PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF SGS-THOMSON

MH16S72DDFA-7

Abstract: MH16S72DDFA-8
Contextual Info: Preliminary Spec. MITSUBISHI LSIs Some contents are subject to change without notice. MH16S72DDFA-7, -8 1,207,959,552-BIT 16,777,216-WORD BY 72-BIT Synchronous DYNAMIC RAM DESCRIPTION The MH16S72DDFA is 16777216 - word x 72-bit Sy nchronous DRAM module. This consist of eighteen

3813D

Abstract: 21164-PI
Contextual Info: 8 Internal P r o c e s s o r Registe rs This section describes the 21164 microprocessor i n te rn a l processor registers IPRs . It is organized as follows: • In struction fetch/decode u n it and b ran ch u n it (Ibox) IPRs • M em ory address tran s latio n u n it (Mbox) IPRs

et273

Contextual Info: SGS-THOMSON EF68HC04P3 HCMOS 8-BIT MICROCOMPUTER P R E L IM IN A R Y IN F O R M A T IO N S E C T IO N 1 - IN T R O D U C T IO N The EF68HC04P3 m icrocom puter unit MCU is a m em ber of the EF68HC04 family of very low cost and low power single chip m icrocomputers. This 8

Contextual Info: SERIES 100 FLASH MEMORY MINIATURE CARD 2, 4, 8 MBYTE ÌFM002A, ÌFM004A, ÌFM008A • Low-Cost Linear Flash Card ■ Miniature Card Specification Compliant ■ Single Supply SmartVoltage Operation — 5 V or 3.3 V Read/Write ■ Fast Read Performance — 100 ns Max Access Time at 5 V

PBL 385 81

Abstract: CDP68HC05C4B CDP68HC05C8B CDP68HCL05C4B CDP68HCL05C8B CDP68HSC05C4B CDP68HSC05C8B
Contextual Info: u A Q Q i e rS Ei M^ I C üO NnD Ur CuT OoR CDP68HC05C4B, CDP68HC05C8B, CDP68HCL05C4B, CDP68HCL05C8B, CDP68HSC05C4B, CDP68HSC05C8B March 1998 8-Bit Enhanced Microcontroller Series Features Description HARDWARE The CDP68HC05C4B HCMOS Microcomputer is a new mem­

keyboard block diagram

Contextual Info: HADDIQ S E M I C O N D U C T O R CDP68HC05C4B, CDP68HC05C8B, CDP68HCL05C4B, CDP68HCL05C8B, CDP68HSC05C4B, CDP68HSC05C8B 8-Bit Enhanced Microcontroller Series March 1998 Features Description HARDWARE The CDP68HC05C4B HCMOS Microcomputer is a new mem­ ber of the CDP68HC05 family of low-cost single chip microcom­

ns4248

Abstract: ST6210B6 7TET53 marking s17 SON st1548 ST6215B1
Contextual Info: r z ^ 7 S G S -T H O M S O N 7 # S T 6 2 1 0 -S T 6 2 1 5 S T 6 2 2 0 -S T 6 2 2 5 8-BIT HCMOS MCUs WITH A/D CONVERTER • 3.0 to 6.0V Supply Operating Range ■ 8 MHz Maximum Clock Frequency ■ -40 to +85‘C Operating Temperature Range ■ Run, Wait & Stop Modes

Contextual Info: uaqqic , CDP68HC05C4B, CDP68HC05C8B, CDP68HCL05C4B, CDP68HCL05C8B CDP68HSC05C4B, CDP68HSC05C8B 8-Bit Enhanced Microcontroller Series April 1997 Features Description HARDWARE The CDP68HC05C4B HCMOS Microcomputer is a new member of the CDP68HC05 family of low-cost single chip

Contextual Info: Introduction The W65C265S chip has firmware to handle interrupts, serial buffering, the real time clock, and the power down mode. It also has a user interface program, called the monitor. The monitor acts as a simple operating system, allowing the user to examine registers and memory, load and

jrc 317

Abstract: ST6210B1 ST62101 ST6220-ST6225 ST6210B6 317 jrc ST6225B6 TO3 package RthJA ST6210-ST6215 PS224
Contextual Info: SCS-THOMSON E i. . i f f l o e ^ s n i L i i e i r i s ì o s a D e i ST6210-ST6215 ST6220-ST6225 8-BIT HCMOS MCUs WITH A/D CONVERTER 3.0 to 6.0V Supply Operating Range 8 MHz Maximum Clock Frequency -40 to +85°C Operating Temperature Range Run, Wait & Stop Modes

Contextual Info: CDP68HC05C16B, CDP68HCL05C16B, CDP68HSC05C16B HARRIS S E M I C O N D U C T O R 8-Bit Enhanced Microcontroller Series June 1997 Features Description HARDWARE The CDP68HC05C16B HCMOS Microcomputer is a new member of the CDP68HC05 family of low-cost single chip

ST6346

Abstract: ST6340B1 ST6344 57-5T ST6346B1 transistor prc 606 j
Contextual Info: [Z T S G S -1 H 0 M S 0 N * 7 IM iM S [I(g 7 0 M O (g § Êm ST6340,ST6342 ST6344,ST6346 8 BIT HCMOS LOW COST MCUs FOR TV FREQUENCY & VOLTAGE SYNTHESIS WITH OSD • 8-bit Architecture ■ HCMOS Technology ■ 8MHz Clock ■ User Program ROM: 3884 byte ■ Reserved Test ROM: 212 bytes

MC68B09CP

Abstract: MC6809P MC6309 mc6809 MC68B09 MC6809s MC6809L mc6809 Application note an-820 MC6800C JQ 8
Contextual Info: MOTOROLA 8 - B IT M IC R O P R O C E S S IN G U N IT The M C6809 is a re v o lu tio n a ry h ig h -p e rfo rm a n c e 8 -b it m icroprocessor w h ic h su p p o rts m odern p ro g ra m m in g techniques such as p o s itio n in depen­ dence, reentrancy, and m odular p rogram m ing.