OF 74LS245 Search Results

PC MOTHERBOARD CIRCUIT diagram

Abstract: PC HARD DISK CIRCUIT diagram laptop motherboard block diagram laptop motherboard circuit diagram 74LS244 diagram laptop HARD DISK CIRCUIT diagram desktop MOTHERBOARD CIRCUIT diagram PC87310VF ALL LAPTOP MOTHERBOARD CIRCUIT DIAGRAM National 8250
Contextual Info: SuperI O Multi-I O National Semiconductor System Brief 117 November 1990 SuperI O TM Multi-I O Before SuperI O With SuperI O TL F 11104 – 2 TL F 11104 – 1 Diagram I SYSTEM DESCRIPTION For years the available levels of integration of I O functions as well as the uncertainty of which peripherals would be

74LS521

Abstract: IBM POS schematics LS521 16550AF 20V8D 017TL 74LS245 buffer 82c611 POS104 PC16552
Contextual Info: National Semiconductor Application Note 770 Greg DeJager July 1991 Table Of Contents INTRODUCTION AND FEATURES PC16552C ADAPTER BLOCK DIAGRAM PC16552C ADAPTER USER’S GUIDE POS PROGRAMMABLE OPTION SELECT An overview of the Micro Channel Programmable Option

74LS245

Abstract: 74LS TTL 245
Contextual Info: MOTOROLA SN54/74LS245 OCTAL BUS TRANSCEIVER The SN 54/74LS 245 is an Octal Bus Transmitter/Receiver designed for 8-line asynchronous 2-way data communication between data buses. Direction Input DR controls transmission of Data from bus A to bus B or bus

SN74ALS123

Abstract: SN7401 74LS424 54175 SN74298 SN74265 SN74LS630 SN74LS69 National Semiconductor Linear Data Book Transistor AF 138
Contextual Info: INDEX • FUNCTIONAL SELECTION GUIDE • NUMERICAL FUNCTION INTERCHANGEABILITY GUIDE GENERAL INFORMATION AND EXPLANATION OF NEW LOGIC SYMBOLS ORDERING INSTRUCTIONS AND MECHANICAL DATA 54/74 SERIES OF COMPATIBLE TTL CIRCUITS • PIN OUT DIAGRAMS 54/74 FAMILY SSI CIRCUITS

KS82C452

Abstract: mini EMP generator ior scr
Contextual Info: KS82C452 DUAL ASYNCHRONOUS COMMUNICATIONS ELEMENTS FEATURES IBM PC/AT-compatible Dual-channel version of KS82C450 Centronix printer Interface Independent control of transmit, receive, line status and data set interrupts on each channel Individual modem control signals for each channel

TAG 8602

Abstract: F923 F946 F933 MC68HC811A2 f935 F954 tk 1838 f953 f922
Contextual Info: MOTOROLA Order this document by ANE415/D SEMICONDUCTOR APPLICATION NOTE ANE415 M C68HC11 Implementation of IEEE-488 Interface for DSP56000 M onitor Prepared by: Richard Soja and Mark Maiolani, Motorola Semiconductors Ltd, East Kilbride, Scotland This application note describes the implementation of an

F954

Abstract: f933 231 dsp hen nv 74is138 f953 F889 f922 MC68HC811A2 1023FD TAG 8602
Contextual Info: MOTOROLA Order this document by ANE415/D SEMICONDUCTOR APPLICATION NOTE ANE415 M C68HC11 Implementation of IEEE-488 Interface for DSP56000 M onitor Prepared by: Richard Soja and Mark Maiolani, Motorola Semiconductors Ltd, East Kilbride, Scotland This application note describes the implementation of an

DRAM 4464

Abstract: 4464 dram tms 4464 74LS45 80C04A 226 35K 10BASE2 10BASE5 16-BYTE 74LS245
Contextual Info: 80C04A 80C04A AutoDUPLEXTM CMOS Ethernet Data Link Controller Technology Incorporated March 1994 PRELIMINARY Features Note: Check for latest Data Sheet revision before starting any designs. • Pinout and function compatible with the 80C04 except for the function of bits 3 through 6 of the

Contextual Info: 245 CONNECTION DIAGRAM PINOUT A l / 54LS/74LS245 OCTAL BUS TRANSCEIVER With 3-State Outputs DESCRIPTION— The 'LS245 is an octal bus transmitter/receiver designed for 8-line asynchronous 2-way data communication between data busses. Direction input (DR) controls transmission of data from bus A to bus B or bus

PL-ASAP

Abstract: altera EP300 Altera EP1800 EP1200 ple3-12a altera LP4 Altera ep1200 ep320 EPS448 EPMS130
Contextual Info: Datasheet EPB2001 and the Micro Channel Bus MC Bus . The EPB2001 is an ideal chip for manufacturers of IBM PS/2 add-on cards based on Micro Channel Architecture (MCA) since it allows programming of specific card characteristics for a specific application. The EPB2001's integrated functions

N8T245N

Abstract: N8T245F N8T245 8T245
Contextual Info: OCTM J-ITATC TRM fG SVa 8TM5 BjgnMws a subsidiary of U.S. Philips Corporation DESCRIPTION FEATURES The 8T245 is an Octal Transceiver featuring non-inverting 3-state bus compatible out­ puts in both send and receive directions. The outputs are all capable of sinking 24mA

AN7323

Abstract: AN6525 ic pc 74 HC 86 D 74 HCTLS 240 74LSOO AN7337 ic 74 LS 138 DECODER 74 TTL series internal structure of ic 4017 HCT CMOS 4017 family characteristics
Contextual Info: Technical Overview The Harris HC/HCT series of high speed CMOS integrated circuits QMOS includes a functionally complete set of LSTTL equivalent types and selected equivalent CMOS CD4000 series types. The CD4000 series types selected are unique to the CMOS process. These types are readily pro­

transistor ITT 435-1

Abstract: ICAN-7337 74LSOO hct 4052 ba 4053 92CS-3 ICAN-6525 ICAN7337 "rca application note" SSD-230B
Contextual Info: Technical Overview HC/HCT Family Description The RCA H C /H C T series of high-speed CMOS integrated circu its QMOS includes a fu n ctio n a lly com plete set of LSTTL equivalent types and selected equivalent CMOS CD4000 series types. The CD4000 series types selected

EPB2001LC

Abstract: altera ep320 altera EP300 EP600 programming program altera ep320 COM90C84 PLDS-MCMAP EPM5127 altera LP4 PLEJ2001
Contextual Info: EPB2001 D atasheet and the Micro Channel Bus MC Bus . The EPB2001 is an ideal chip for manufacturers of IBM P S /2 add-on cards based on Micro Channel Architecture (MCA) since it allows programming of specific card characteristics for a specific application. The EPB2001's integrated functions

The 555 Timer Applications Sourcebook

Abstract: hp 530 motherboard circuit and solution 16C854 hp laptop motherbaords 16750 UART AD128 4 CHANNEL QUAD CHANNEL 1000W POWER AMPLIFIER omnix N 200 ST hp 530 motherboard power supply solution uart 16c650
Contextual Info: Source ISO 9001 Formerly IN D U S T R IA L CO M PUTER SOURCE ICS Advent: Leading From Strength For over fifteen years, ICS Advent out of every one of our product has leveraged solid technical offerings. strengths, extensive applications Today, ICS Advent is a leading

buffer 74LS245

Abstract: 74ls245 intel 74ls74 pin configurations 26C92 A1625 74LS245 application 74LS245 buffer buffer 74ls244 free 74ls74 pin configurations UDS protocols
Contextual Info: Philips Semiconductors Article reprint Complex datacom peripheral ICs interface to many processors Revised by: A. Kazmi Single-chip datacom peripherals have become so powerful they now implement a variety of software-selectable protocols. A large family of such devices is designed to interface to the 68000 and 80x

u18 sensor hall

Abstract: sip8 Package dimension 8DIP300 CON26A CON AT62 intel 80286 pin diagram incremental encoder c58 pin diagram i3 processor hall sensor u18 PMD Motion
Contextual Info: Navigator Motion Processor Developer’s Kit Manual Performance Motion Devices, Inc. 12 Waltham St. Lexington, MA 02421 Revision 1.4, April 2001 NOTICE This document contains proprietary and confidential information of Performance Motion Devices, Inc., and is protected by federal copyright law. The contents of this document may not be disclosed

74ls245

Abstract: 74LS245 application logic diagram of 74LS245 TTL 74ls245 SN54LSXXXJ SN74LSXXXN LS 74LS245
Contextual Info: SN54/74LS245 OCTAL BUS TRANSCEIVER The SN54 / 74LS245 is an Octal Bus Transmitter/Receiver designed for 8-line asynchronous 2-way data communication between data buses. Direction Input DR controls transmission of Data from bus A to bus B or bus B to bus A depending upon its logic level. The Enable input (E) can be used

ic 74ls245

Contextual Info: Ä MOTOROLA SN54LS245 SN74LS245 D E SC R IPTIO N — Th eSN 54LS/74LS245 is an Octal BusTransmitter/ Receiver designed for 8-line asynchronous 2-way data communication between data buses. Direction Input (DR) controls transmission of Data from bus A to bus Bor bus B to bus A depending upon its logic level. The

VL16C452

Abstract: VL16C452B VL16C452-QC VL16C452QC VL16C452B-QC VL16C452/VL16C452B lpt port direction bit 5
Contextual Info: VLSI T e c h n o lo g y , in c . VL16C452/VL16C452B DUAL ASYNCHRONOUS COMMUNICATIONS ELEMENT FEATURES allows for COM1 to COM4 mapping of interrupts VL16C452B only • IBM PC/AT-compatible • Edge or level sensing interrupt inputs on printer port • Dual-channel version of VL16C450

74LS245 application

Abstract: logic diagram of 74LS245 74ls245 74ls245 motorola TTL 5400 motorola SN54/74LS245 751d-03 SN54LSXXXJ SN74LSXXXN motorola TTL 5400
Contextual Info: SN54/74LS245 OCTAL BUS TRANSCEIVER The SN54 / 74LS245 is an Octal Bus Transmitter/Receiver designed for 8-line asynchronous 2-way data communication between data buses. Direction Input DR controls transmission of Data from bus A to bus B or bus B to bus A depending upon its logic level. The Enable input (E) can be used

EATON CM20A

Abstract: A5 GNE mosfet Hall sensor 44e 402 2N8491 FTG 1087 S TRIAC BCR 10km FEB3T smd transistor marking 352a sharp EIA 577 sharp color tv schematic diagram MP-130 M mh-ce 10268
Contextual Info: Table of Contents N E W A R K E L E C T R O N IC S “Where serving you begins even before you call” Newark Electronics is a UNIQUE broadline distributor of electronic components, dedicated to provid­ ing complete service, fast delivery and in-depth inventory. Our main

pj 54 diode

Abstract: PJ 74 DIODE 74ls245 logic diagram
Contextual Info: M M O TO RO LA D ES C R IP T IO N — The SN 54LS/74LS245 is an Octal Bus Transmitter/ Receiver designed for 8-line asynchronous 2-way data communication between data buses. Direction Input (DR) controls transmission of Data from bus A to bus B or bus B to bus A depending upon its logic level. The

ARCHITECTURE OF 80186 PROCESSOR

Abstract: PIN DIAGRAM OF 80186 80186 microprocessor intel 8096 microcontroller put intel 80186 pin out 80186 80186 program loading 8096 microcontroller intel 80186 8096 microcontroller block diagram
Contextual Info: AP-286 APPLICATION NOTE 80186 188 Interface to Intel Microcontrollers PARVIZ KHODADADI APPLICATIONS ENGINEER October 1986 Order Number 231784-001 Information in this document is provided in connection with Intel products Intel assumes no liability whatsoever including infringement of any patent or copyright for sale and use of Intel products except as provided in