GPIB IC Search Results

TNT4882C

Abstract: HS488 PCI 488
Contextual Info: PCI-GPIB+ Combination GPIB Controller/Analyzer for PCI PCI-GPIB+ GPIB controller and analyzer on a single board GPIB Controller TNT4882C ASIC Maximum transfer rates 1.5 Mbytes/s using IEEE 488.1 handshake 7.7 Mbytes/s using HS488 EISA Plug and Play compatible

isa instrument format

Abstract: HS488 TNT4882C IEEE-488 GPIB
Contextual Info: Combination GPIB Controller/Analyzer for ISA AT-GPIB/TNT+ AT-GPIB/TNT+ GPIB controller and analyzer on a single board GPIB Controller TNT4882C ASIC Maximum transfer rates 1.5 Mbytes/s using IEEE 488.1 handshake 2.9 Mbytes/s using HS488 EISA Plug and Play compatible

TNT4882C

Abstract: HS488 NAT4882 PCMCIA-GPIB IEEE 488
Contextual Info: Combination GPIB Controller/Analyzer for PCMCIA PCMCIA-GPIB+ PCMCIA-GPIB+ Features GPIB controller and analyzer on a single card GPIB Controller TNT4882C ASIC Maximum transfer rates 1.3 Mbytes/s using IEEE 488.1 2.2 Mbytes/s using HS488 PCMCIA Type II card

HS488

Abstract: NAT4882 TNT4882C
Contextual Info: Combination GPIB Controller/Analyzer for ISA AT-GPIB/TNT+ Features AT-GPIB/TNT+ Processor PC AT ISA , Plug and Play ISA Intel 386 or higher, math coprocessor required Overview The AT-GPIB/TNT+ combines the functionality of the AT-GPIB/TNT (Plug and Play) IEEE 488.2 Controller

HS488

Abstract: TNT4882C
Contextual Info: PCMCIA-GPIB+ Combination GPIB Controller/Analyzer for PCMCIA PCMCIA-GPIB+ GPIB controller and analyzer on a single card GPIB Controller TNT4882C ASIC Maximum transfer rates 1.3 Mbytes/s using IEEE 488.1 2.2 Mbytes/s using HS488 PCMCIA Type II card PC Card Standard 2.1 compliant

Vbib-32

Abstract: DECL-32 GpibNotify ActiveX Control visual basic
Contextual Info: Application Note 100 How to Use Asynchronous Callback Functions with GPIB Events for Win32 Applications Patrick Williams, Dan Froelich Introduction In many GPIB applications, GPIB events are used to monitor system status or respond to instruments requesting service. Traditional methods for responding to GPIB events involve synchronous waits on the events

NAT9914 application code

Abstract: NAT9914 NAT9914 application note Designing a GPIB Device Using the NAT9914 TNT4882 NAT9914A DS75160AN interfacing microcontroller with ieee 488.2 drive a/a/NAT9914 HC11
Contextual Info: Application Note 110 Designing a GPIB Device Using the NAT9914 Andrew Thomson Introduction This application note describes how to build a GPIB device using the NAT9914 and a common microcontroller. It discusses methods to implement GPIB commands and provides a flexible structure to build a GPIB interface into your

Contextual Info: Application Note 068 NATIONAL INSTRUMENTS The Software is the Instrument ® Helpful Hints for Using the GPIB-232CT-A Amar D. Patel Introduction The GPIB-232CT-A is a serial-to-GPIB interface that transforms any computer with an RS-232 port into a GPIB Talker/Listener/Controller; it can also function as a serial-to-GPIB converter so that serial devices can interface

NAT9914APL

Abstract: GPIB-RS 232 HS488 NAT4882 PD7210 TMS9914A TNT4882C Win16 TMS9914 uPD7210
Contextual Info: Overview The National Instruments GPIB controllers gained widespread market acceptance in 1984, when IBM selected our company Refining GPIB Technology National Instruments has made substantial investments in refining GPIB controller technology through the development of

HS488

Abstract: NAT4882 NICC005 NICC304 TNT4882 TNT4882C
Contextual Info: Getting Started with Your AT-GPIB/TNT and the GPIB Software for Windows NT AT-GPIB/TNT for Windows NT July 1998 Edition Part Number 320648E-01 Copyright 1994, 1998 National Instruments Corporation. All rights reserved. Internet Support E-mail: support@natinst.com

TNT4882

Abstract: HS488 NAT4882 NICC005 NICC304 TNT4882C TNT4882C asic isa instrument format
Contextual Info: Getting Started with Your AT-GPIB/TNT and the GPIB Software for Windows NT AT-GPIB/TNT for Windows NT January 1998 Edition Part Number 320648D-01 Copyright 1994, 1998 National Instruments Corporation. All rights reserved. Internet Support E-mail: support@natinst.com

GPIB-140A

Abstract: GPIB-120A TNT4882C HS488 NAT4882 TNT4882 television service mode manual mark KE diode NI-488M HS488TM
Contextual Info: GPIB Getting Started with Your SB-GPIB/TNT and NI-488.2 for Solaris SB-GPIB/TNT for Solaris June 2001 Edition Part Number 320529B-01 Support Worldwide Technical Support and Product Information ni.com National Instruments Corporate Headquarters 11500 North Mopac Expressway

IEEE-488 general purpose interface bus

Abstract: TNT4882C HS488 NAT4882 TNT4882 DECL-32 NI488 GPIB-32 web autoplay TNT488
Contextual Info: Getting Started with Your AT-GPIB/TNT PnP and the GPIB Software for Windows NT AT-GPIB/TNT (PnP) for Windows NT July 1998 Edition Part Number 321675C-01 Copyright 1997, 1998 National Instruments Corporation. All rights reserved. Internet Support E-mail: support@natinst.com

GPIB-410

Contextual Info: Application Note 028 Solve Your GPIB Problems Quickly with the GPIB-410 L. Golla and T. Dehne Introduction You have just put together your GPIB test system. The interface board and driver software are installed and the instruments are hooked up and powered on. You begin developing your

ifr 5300

Abstract: 2965a IFR 640 M5200 GSM66 IFR 2966a
Contextual Info: Systems and Service TPG Software Programming System Reduce program development and maintenance costs for GPIB/VXI, IFR M5200 and 5300 series testers. • Instrument drivers and macros • Reduced programming development costs • GPIB / VXI control software

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

MC3448

Abstract: mc3448ap mc68488 488-1978-bus
Contextual Info: Quad Bidirectional Instrumentation Bus GPIB Transceiver This bidirectional bus transceiver is intended as the interface between TTL or MOS logic and the IEEE Standard Instrumentation Bus (488–1978, often referred to as GPIB). The required bus termination is internally

TNT4882C

Abstract: HS488 NAT4882 television troubleshooting manual tnt4882
Contextual Info: Getting Started with Your AT-GPIB/TNT and the NI-488.2 Software for Windows July 1996 Edition Part Number 370877A-01 Copyright 1993, 1996 National Instruments Corporation. All Rights Reserved. Internet Support GPIB: gpib.support@natinst.com DAQ: daq.support@natinst.com

Contextual Info: Order this document by MC3448A/D MC3448A Quad Bidirectional Instrumentation Bus GPIB Transceiver This bidirectional bus transceiver is intended as the interface between TTL or MOS logic and the IEEE Standard Instrumentation Bus (488–1978, often referred to as GPIB). The required bus termination is internally

"IEEE-488 GPIB"

Abstract: 3.7v to 5v DS75160A DS75161A DS75161AN DS75161AWM N20B DS75160AN
Contextual Info: 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 IEEE Standard 488-1978 General Purpose Interface Bus GPIB . PNP inputs are used at all driver inputs for minimum

N4865A

Abstract: IEEE488
Contextual Info: N4865A GPIB-to-LAN Adapter Data Sheet Key Features • GPIB to LAN interface module for use with Agilent’s 7000 and 9000 Series oscilloscopes • Custom software or driver not required on either the controller or instrument • Fast data transfer rates • Power from USB host port of scope

Win16

Abstract: ni example GPIB-32
Contextual Info: Application Note 098 Running Existing DOS and Win16 GPIB Applications in Windows NT and Windows 95 Amar Patel Introduction Because technology today evolves at such a rapid pace, it can be very frustrating to develop GPIB applications only to realize that six months to a year down the road, you have to make new development

MC3448A

Abstract: MC3448AP M6800 MC3448AD MC68488 488-1978-bus
Contextual Info: g MOTOROLA M C 3 4 4 8A Q uad B id ire c tio n a l In s tru m e n ta tio n Bus (GPIB) T ra n s c e iv e r This bidirectional bus transceiver is intended as the interface between TTL or MOS logic and the IEEE Standard Instrumentation Bus (488-1978, often referred to as GPIB). The required bus termination is internally

REMQ

Abstract: MC3448A MC3448AD MC3448AP MC6800
Contextual Info: <8 > MOTOROLA M C 3448A Q uad B id ire c tio n a l In s tru m e n ta tio n Bus GPIB T ra n s c e iv e r This bidirectional bus transceiver Is intended as the interface between TTL or MOS logic and the IEEE Standard Instrumentation Bus (488-1978, often referred to as GPIB). The required bus termination is internally