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  • GPIB: Challenges and Potentials
    are more familiar with. Because of these parallel GPIB innovations, it will be difficult for newer and faster I/O interfaces - USB or LAN - to completely replace the standard in the ATE industry. Realizing the GPIB's strong position in this market, major instrument manufacturers implemented a bridge
  • Computer Programmable Spectrum Analyzers
    analyzers with a parallel printer interface can directly control a printer, enabling a hard copy of the LCD display to be made without the use of a computer. Computer programmable spectrum analyzers with GPIB capability can easily be used with the addition of a GPIB to parallel converter. Application
  • LAN Extensions for Instrumentation (LXI) Overview
    , the application space that they serve. Applications may range from small systems to medium sized combinational systems to high-channel count, highly integrated implementations. The general purpose interface bus (GPIB) is an example of an instrumentation interface that has addressed small systems, and some
  • Application: Modular Instrumentation Use Reed Relays
    . The systems have become more functional with the ability. to carry out multiple tasks in parallel. There are many types of modular. platforms: VXI, PXI, PACs, Labview, AXie, USB, GPIB, etc, etc. All these. platforms have their own bus arrangements and standards. They all offer. different advantages
  • Instrument-Grade Data Acquisition with Ethernet Brings Precision Measurement and Control to Networks
    than industries are full of such systems that are still perfectly functional. However, new installations will require new PCs. The leading contenders to replace current peripheral buses (GPIB, parallel, and RS-. 232 serial) are the Universal Serial Bus (USB) and FireWire (IEEE-1394). Both offer high
  • USB User Guide
    62.5-Micron Cables. Single-Mode 9-Micron Cables. Brocade mSFP LC Cables (OM3). Loopback Cables. Fibre Channel & DIN Cables. Fibre Channel Cables. DIN Cables / Mini-DIN Cables. GPIB Cables (IEEE-488 Cables). GPIB Cables - Shielded. GPIB Cables - Double Shielded. GPIB Extender Adapter. HDMI Cables
  • Software Overview
    computer, and is. in many different applications, and it may. connected to a GPIB/VXI Slot 0 in the VXIbus mainframe. become necessary to access them in a. This is an 8-bit parallel protocol, therefore, it’s typically. particular manner as opposed to be limited to. the slowest way of communicating
  • Instrumenting DWDM Laser Diode Production Tests
    tens of VCSELs on a wafer if they are simultaneously. activated. Therefore, only one VCSEL can be tested at a time. Parallel device tests require fiber optic light collection probes. Large areas detectors can also be designed to minimize PDL and provide a high level signal for optical power

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  • Search results for GPIB Switch
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.
  • Search results for Switch Drivers
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.
  • Search results for Switchs
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.
  • Search results for Switchs
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.
  • Search results for Switchs
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.
  • Search results for Switchs
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.
  • Search results for Switchs
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.
  • Search results for Switchs
    4803 - GPIB to Parallel Digital Interface Board A IEEE-488.2 GPIB to digital interface with 40 I/O lines that can be used to easily adapt devices with digital signals to the IEEE-488/GPIB/HP-IP bus.