IEEE 488 Search Results

Contextual Info: OMB-SER-488 Series RS-232/422 to IEEE-488 Converter IEEE-488 OMEGA SM CARE Extended Warranty Program SERIAL I/O MADE IN USA $ 595 Basic Unit OMB-SER-488 Series Serial to IEEE-488 Converter ߜ Transparent Link Between RS-232/422 and IEEE-488 ߜ 32,000 Character

Contextual Info: Overview of IEEE-488 Introduction Some of its key features are: IEEE-488 refers to the Institute of Electrical and Electronics Engineers IEEE Standard number 488. This standard was first established in 1978, 13 years after HewlettPackard (HP) of Palo Alto, CA, began work to enable

NAT4882

Abstract: TNT4882 uPD7210 TNT4882-BQ Turbo488 TNT4882AQ 73245 9914 TMS9914 TMS9914A
Contextual Info: TNT4882 Single-Chip IEEE 488.2 Talker/Listener ASIC Features 100-pin plastic quad flat pack QFP , surfacemount package IEEE 488.1-compatible transceivers on chip Fast data transfers – Up to 1.5 Mbytes/s using interlocked IEEE 488.1 handshake – Up to 8 Mbytes/s using HS488

GTS FC-22

Abstract: passive Infrared-Sensor IC 566 function generator an 503 hall sensor model railway signal project IR Beacon BWF 237 maa 502 BP 109 ir sensor datasheet ofdm modulator ic
Contextual Info: IEEE Standards IEEE Std 802.15.4 -2003 802.15.4 TM IEEE Standard for Information technology— Telecommunications and information exchange between systems— Local and metropolitan area networks— Specific requirements Part 15.4: Wireless Medium Access

Contextual Info: IEEE-488 Interface and Software For IBM PC/XT/AT IEEE-488 OMB-PER488/AT $ 495 IBM PC MADE IN USA ߜ Adds High-Speed IEEE-488.2 Capability to IBM PC/XT/AT and Compatible Computers ߜ 1 Mbyte/sec Maximum DMA Data Transfers ߜ Easy to Program, with Hewlett-Packard Style

Contextual Info: C14 I ii].l«MH.'ll IEEE-488 MODEL 1 tr i[ / 0 ^ 8 0 * 1 * 0 0 1 - • * ^ 4 'fV 3 g l? £ j DESCRIPTION IEEE-488 Transfer Switches - For a Quick C hange of Signal Paths Compact IEEE-488 transfer switch boxes are constructed of heavy gauge steel and offer

line maze solving robot

Abstract: wall following robot using 8051 ucn5804 light following robot diagram using microcontroller A683 Transistor DO180 B507E 7805 voltage regulator in dc motor speed control using 8051 robot using microcontroller E50D
Contextual Info: Philips Semiconductors Microcontroller Products Application note IEEE Micro Mouse using the 87C751 microcontroller AN443 Author: Tracy Ching DESCRIPTION Micro Mouse is an IEEE contest first proposed by the author of IEEE Spectrum in 1977. It consists of an autonomous robot

nec7210

Abstract: uPD7210 74573 NAT 7210 TMS9914 74245 NAT9914BPL TMS9914A ttl 74245 74573 data sheet
Contextual Info: IEEE 488.2 Controller Chip NAT9914 Pin compatible with TI TMS9914A Software compatible with NEC µPD7210 or TI TMS9914A controller chips Low power consumption Meets all IEEE 488.2 requirements Bus line monitoring Preferred implementation of requesting service

TMS9914

Abstract: uPD7210 74573 NAT9914BPD TMS9914A 9914A NAT9914BPL NAT9914 PD7210 74245 BIDIRECTIONAL transceiver
Contextual Info: IEEE 488.2 Controller Chip NAT9914 Pin compatible with TI TMS9914A Software compatible with NEC µPD7210 or TI TMS9914A controller chips Low power consumption Meets all IEEE 488.2 requirements Bus line monitoring Preferred implementation of requesting service

NAT4882D

Abstract: NAT4882BPL PD7210 XPD7210 TMS9914 9914A TMS9914A IPD7210 Turbo488 JPD7210
Contextual Info: IEEE 488.2 Controller NAT4882BPL NAT4882BPL Features • Performs all IEEE 488.1 interface functions - Source Handshake SH I - Acceptor Handshake (AH1) - Talker or Extended Talker (T5 or TE5) - Listener or Extended Listener (L3 or LE3) - Service Request (SRI)

TNT4882

Abstract: NAT9914 application code IEEE-488 general purpose interface bus 9914A NAT9914 PD7210 HS488 NAT4882 NAT7210 a/a/NAT9914
Contextual Info: Application Note 047 Increasing Test System Compatibility and Productivity with IEEE 488.2 Tim Dehne, Laura Golla Introduction In recent years, significant General Purpose Interface Bus GPIB standards such as IEEE 488.2 have defined the future of test instrumentation

IOT7210

Abstract: PD7210 IOT721
Contextual Info: IOT7210 Low-Power CMOS IEEE 488 Controller Device NEW Features • Completely meets IEEE Standard 488-1978: - SH1, source handshake - AH1, acceptor handshake - T5 or TE5, talker or extended talker - L3 or LE3, listener or extended listener - SR1, service request

Contextual Info: DS75160A,DS75161A DS75160A/DS75161A IEEE-488 GPIB Transceivers Literature Number: SNOSBL5A DS75160A/DS75161A IEEE-488 GPIB Transceivers General Description Features This family of high-speed-Schottky 8-channel bi-directional transceivers is designed to interface TTL/MOS logic to the

nat7210bpd

Abstract: NEC uPD7210 Ta 7210 p 74573 nat7210bp NAT7210 NAT7210APD uPD7210 74245 BIDIRECTIONAL transceiver ci 74245
Contextual Info: IEEE 488.2 Controller Chip Drop-In Replacement for NEC µPD7210 NAT7210 Pin-compatible with NEC µPD7210 Software-compatible with NEC µPD7210 or TI TMS9914A controller chips Low power consumption Meets all IEEE 488.2 requirements Bus line monitoring Preferred implementation of

IOT7210P

Abstract: IOT7210T IOT7210 SN75161 PD7210 SN75160 6D120 strs 20 MC3448AX4 03v0-c
Contextual Info: IOT7210 Low-Power CMOS IEEE 488 Controller Device NEW Features • Completely meets IEEE Standard 488-1978: - SH1, source handshake - AH1, acceptor handshake - T5 or TE5, talker or extended talker - L3 or LE3, listener or extended listener - SR1, service request

GPIB controller

Abstract: M/Sppu013 a/J9914A
Contextual Info: SM J9914A GPIB CONTROLLER JUNE 1986 - • Handles All IEEE-488 1975/78 Functions • Compatible with IEEE-488A 1980 Supplement • Maximum Transfer Rate . . . Greater Than 360 Kilobytes/Second JD PACKAGE TOP VIEW • Talker and Listener Function (T, TE, L, LE)

TNT4882C

Abstract: 185797-04 GPIB-1394 ieee-488 gpib TNT4882 S100 S200 S400
Contextual Info: GPIB IEEE 1394 Controller NEW! TNT4882 ASIC Complete IEEE 488.2 compatible Talker/Listener/Controller Controls up to 14 GPIB instruments No DIP switches – plug and play configuration Hot pluggable 1394 data rates – S400, S200, or S100 Optional rack-mount hardware

block diagram laptop ac adapter

Abstract: computer interface with parallel port to control GPIB1284CT NAT4882 TNT4882C NI4882
Contextual Info: External GPIB Controller for the PC Parallel Port GPIB-1284CT GPIB-1284CT TNT4882C ASIC Completely IEEE 488.2 compatible Reduced software overhead GPIB control from the PC parallel port Three I/O ports IEEE 1284 parallel port for computer connection 25-pin D-Sub

18CV8PC-25

Abstract: nec7210 18cv8p IEEE-488 general purpose interface bus 18CV8PC HP3478A PEEL 18CV8PC-25 AMI pcld 785 hp3478 PCL-748
Contextual Info: PCL-848A/B MULTIFUNCTION IEEE-488 INTERFACE CARD PCL-848A/B MULTIFUNCTION IEEE-488 INTERFACE CARD USER’S MANUAL This documentation and software routines contained in the PCL848A/B software diskette are copyrighted 1989 by Advantech Co. Ltd. All rights are reserved.

GPIB-1014-1

Abstract: GPIB-1014 GPIB-1014-1S-EH GPIB1014 PD7210 IEEE-1014 GPIB-1014-EH VMEbus ESP-488
Contextual Info: DMA GPIB Interfaces for VMEbus GPIB-1014, GPIB-1014D Features GPIB-1014-1 GPIB-1014-2 Compliance Mode Description The GPIB-1014 and GPIB-1014D are high-performance IEEE 488 interfaces for the VMEbus. The GPIB-1014 has one IEEE 488 Talker/Listener/Controller port.

P1394a irmc

Abstract: CS4210A IR 440H AD10 AD27 AD29 AD30 CRC32 CS4103 CS4210
Contextual Info: Geode CS4210 IEEE 1394 OHCI Controller General Description The National Semiconductor Geode™ CS4210 is a PCIbased IEEE 1394 OHCI Open Host Controller Interface controller. The CS4210 provides an implementation of the IEEE 1394 Link Layer functionality according to the programming model defined by 1394 OHCI Specification Version 1.0. It supports high speed serial communication up to

block diagram laptop ac adapter

Abstract: RS232 Serial Interface cable 9-Pin D GPIB-232CV-A GPIB232CV-A NAT4882 IEEE-488 to rs 232 256KB-RAM 24-pin euro connectors 182238-04
Contextual Info: GPIB RS-232CV-A Converter GPIB-232CV-A GPIB-232CV-A NAT4882 ASIC Completely IEEE 488.2 compatible Reduced software overhead Increased reliability Built-in 256 KB RAM data buffer Switch-selectable interface parameters include IEEE 488 address, transfer rate, parity, stop bits, word length,

mdo 365

Abstract: MPC566 motorola 2443 MPC565 504 BC equivalent bc 517 4700Z BC 213 Motorola
Contextual Info: SECTION 24 IEEE 1149.1-COMPLIANT INTERFACE JTAG 24.1 IEEE 1149.1 Test Access Port (TAP) and Joint Test Action Group (JTAG) The chip design includes user-accessible test logic that is compatible with the IEEE 1149.1-1994 Standard Test Access Port and Boundary Scan Architecture.The implementation supports circuit-board test strategies based on this standard. An overview

Tms9914a Gpib Controller Users Guide Sppu013

Abstract: TMS9914 Sppu013 sn75160 TMS9914A DI01 SMJ9914A MP033A ines ieee488 75162
Contextual Info: SMJ9914A GPIB CONTROLLER JUN E 1986 - REVISED MARCH 1988 ► Handles All IEEE-488 1975/78 Functions JD PACKAG E ITO P VIEW » Compatible with IEEE-488A 1980 Supplement A CCRQ L • Talker and Listener Function T, TE, L, LE) • Automatic Source and Acceptor