GPIB Search Results

Contextual Info: SN75ALS160 OCTAL GENERALĆPURPOSE INTERFACE BUS TRANSCEIVERS SLLS018E − JUNE 1986 − REVISED JUNE 2004 D Suitable for IEEE Standard 488-1978 GPIB D 8-Channel Bidirectional Transceivers D High-Speed Advanced Low-Power Schottky D D D D D D D (ALS) Circuitry

MC3441A

Abstract: Mc3440 1N916 DI01 MC3440A SN75138 CC3056
Contextual Info: MC3440A MC3441A MC3443A M O TO R O LA Q U A D IN T E R F A C E BUS TR A N SC E IVER S Q U A D G ENERAL-PU RPOSE IN T E R F A C E BUS GPIB T R A N S C E IV E R S S IL IC O N M O N O L IT H IC IN T E G R A T E D C IR C U ITS The M C 3440A, M C 3441A, M C 3443A are quad bus transceivers

75als161

Abstract: SN75ALS160 SN75ALS161 SN75ALS161DW SN75ALS161DWR SN75ALS161N
Contextual Info: SN75ALS161 OCTAL GENERALĆPURPOSE INTERFACE BUS TRANSCEIVERS SLLS019F − JUNE 1986 − REVISED JULY 2004 D Suitable for IEEE Standard 488-1978 GPIB D 8-Channel Bidirectional Transceivers D Designed to Implement Control Bus D D D D D D D D D Interface Designed for Single Controller

Contextual Info: SN75ALS160 OCTAL GENERALĆPURPOSE INTERFACE BUS TRANSCEIVERS SLLS018E − JUNE 1986 − REVISED JUNE 2004 D Suitable for IEEE Standard 488-1978 GPIB D 8-Channel Bidirectional Transceivers D High-Speed Advanced Low-Power Schottky D D D D D D D (ALS) Circuitry

Contextual Info: irite T IPBiyiMIDMÄKV 8293 GPIB TRANSCEIVER • Nine Open-collector or Three-state Line Drivers ■ On-chip Decoder for Mode Configuration ■ 48 mA Sink Current Capability on Each Line Driver ■ Power Up/Power Down Protection to Prevent Disrupting the IEEE Bus

SN75ALS161N

Contextual Info: SN75ALS161 OCTAL GENERALĆPURPOSE INTERFACE BUS TRANSCEIVERS SLLS019F − JUNE 1986 − REVISED JULY 2004 D Suitable for IEEE Standard 488-1978 GPIB D 8-Channel Bidirectional Transceivers D Designed to Implement Control Bus D D D D D D D D D Interface Designed for Single Controller

s019c

Abstract: ALS161 SN55ALS160 SN55ALS161 SN75ALS160 SN75ALS161 2500-SS
Contextual Info: SN55ALS161, SN75ALS161 OCTAL GENERAL-PURPOSE INTERFACE BUS TRANSCEIVERS SLLS019C- D2618, JUNE 1986-REVISED FEBRUARY 1993 ro o C SUITABLE FOR IEEE STANDARD 488-1978 GPIB t 8-Channel Bidirectional Transceiver SN55ALS161 . . J OR W PACKAGE SN75ALS161 . DW OR N PACKAGE

D2525

Abstract: SN75160B SN75161B SN75162B
Contextual Info: SN75160B OCTAL GENERAL-PURPOSE INTERFACE BUS TRANSCEIVER SLLS004A- D2525, OCTOBER 1 9 8 5 - REVISED FEBRUARY 1993 MEETS IEEE STANDARD 488-1978 GPIB DW OR N PACKAGE 8-Channel Bidirectional Transceiver (TOP VIEW) Power-Up/Power-Down Protection (Glitch Free)

PC-9800

Abstract: TNT4882 HS488 NAT4882 TNT4882C
Contextual Info: High-Performance GPIB Interface for the NEC PC-9800 Series NEC-GPIB/TNT Plug and Play , NEC-GPIB/TNT Features NEC-GPIB/TNT (Plug and Play) The NEC-GPIB/TNT is a low-cost, high-performance IEEE 488 interface for NEC PC-9800 Series computers. The NEC-GPIB/TNT uses the National

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

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

ieee-488 gpib usb

Abstract: TNT4882 TNT4882C usb port pin configuration usb to 25 pin parallel
Contextual Info: GPIB-USB GPIB Universal Serial Bus USB Controller GPIB-USB TNT4882 ASIC Complete IEEE 488.2 compatible Talker/Listener/Controller Controls up to 14 GPIB instruments Compact Size and lightweight No DIP switches – plug and play configuration No external power required

Contextual Info: Application Note 119 Using ComponentWorks GPIB ActiveX Controls to Accelerate Development with Visual Basic and Visual C/C+ Jason White and Evan Cone Introduction Using GPIB in Visual Basic or Visual C+ can be a frustrating experience. One of the greatest problems when getting

NI4882

Contextual Info: Application Note 032 NATIONAL INSTRUMENTS The Software is the Instrument ® Dynamic System Configuration Using NI-488.2 Routines L. Golla Introduction GPIB system programmers who develop turnkey applications targeted for end-users face added challenges when

D-Sub 26-pin female

Abstract: MC68882 hd26 connector apple macintosh NAT4882 PD7210 D-Sub 26-pin female Connector d-sub 26-pin
Contextual Info: GPIB Interface for Macintosh LC LC-GPIB Features NAT4882 and Turbo488 ASICs Completely IEEE 488.2 compatible Compatible with NEC µPD7210 controller chip Reduced software overhead FIFO buffers for decoupling GPIB transfers from LC bus transfers Maximum transfer rates

NAT4882

Abstract: 777126
Contextual Info: GPIB Interface to VXIbus GPIB-VXI/C Features Overview The GPIB-VXI/C is a Slot 0 Resource Manager module for the VXIbus. The GPIB-VXI/C links the industry-standard IEEE 488 bus and the VXIbus by transparently converting GPIB signals and protocols to VXIbus signals and protocols.

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

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: EISA-GPIB Windows 95 HP-UX NI-488.2 Software Windows 3.1 DOS Application Software LabVIEW LabWindows/CVI Processor Intel x86, Pentium Overview The EISA-GPIB is a high-performance IEEE 488 interface for computers with EISA bus expansion slots. The National

HS488

Abstract: NAT4882 TNT4882C PCMCIA-GPIB IEEE 488 776857-01
Contextual Info: GPIB Interface for PCMCIA PCMCIA-GPIB PCMCIA-GPIB TNT4882C ASIC Integrated IEEE 488.2, performance enhancements, and transceivers in a single chip Low power consumption Increased performance especially for programmed I/O transfers Maximum transfer rates 1.3 Mbytes/s using IEEE 488.1

e1 cable

Abstract: 182845-01 50PIN D-SUB PLUG 183283-01 182845-02 8 Pin DIN Cables 25 pin D-sub ribbon cable 9-pin female connector on board 183045-04 776707-01
Contextual Info: GPIB Cables X1 Cable 1 m .763001-01 2 m .763001-02

GPIB-1284CT

Abstract: block diagram laptop ac adapter parallel port 8 bit bidirectional NAT4882 TNT4882C ibm parallel port interface computer interface with parallel port to control
Contextual Info: External GPIB Controller for the PC Parallel Port GPIB-1284CT Features GPIB-1284CT PC Parallel Intel x86, Pentium Overview The GPIB-1284CT is a bidirectional parallel-to-GPIB controller that you can use to control GPIB devices from the parallel port of your computer. The GPIB-1284CT

TNT4882

Abstract: TNT4882AQ pal 013b P87C52 DS1204U TNT4882-AQ PAL 011a ESP-488TL 16V8 TNT4882C
Contextual Info: Application Note 077 Using the TNT4882 in an 8051-Family-Microcontroller-Based System Andrew Thomson Faisal Habib Introduction This application note is written for GPIB instrument designers who use 8051-family microcontrollers. It describes the hardware interface required to create a fully functional GPIB

TNT4882C

Abstract: HS488 777158-01 777158-51 ieee-488 gpib ni 777158-01 PCI-GPIB GPIB protocol
Contextual Info: High-Performance GPIB Interface for PCs with PCI PCI-GPIB Features PCI-GPIB PCI Intel X86, Pentium PowerPC, DEC Alpha Overview The PCI-GPIB is a high-performance IEEE 488 interface for personal computers and workstations equipped with PCI expansion slots. You can use the PCI-GPIB