GPIB Interfaces

GPIB Interfaces
ICS's GPIB to Analog Interfaces are fully IEEE-488.2 compliant and HP-IB compatible.
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  1. GPIB Bus Switch and Multiplexer

    GPIB Bus Switch and Multiplexer

    ● Operates as a 1:2 or 1:3 bus switch, permitting a single controller to operate three IEEE 488 Bus systems and up to 39 devices. Expands the number of instruments beyond the IEEE 488 limits.
    ● Operates as a 2:1 or 3:1 multiplexer so up to three bus controllers can share a common IEEE 488 bus, instruments, or GPIB peripherals. Time-shares expensive equipment.
    ● Cascadeable for large system applications. Easy expansion to nine buses.
    ● High data-transfer rate and minimum signal delays. Does not degrade system performance.
    ● Each bus controller can poll the 4842's status to determine availability of shared instruments or peripherals. Find out what's happening on the remote bus.
    ● Reservation stack with automatic SRQ to next controller. Reserves your turn with the shared equipment.
    ● IEEE-488.2 compatible unit uses SCPI commands. Uses standardized commands
    for easy programming.

     

  2. Bus Expander/Isolator

    GPIB Bus Expander/Isolator

    ● Provides over 2000 V isolation between instruments and bus controller. Eliminates ground loops, noise and associated data errors.
    ● Allows more than 14 devices on the GPIB bus. Overcomes the bus drive limitation.
    ● Extends the bus length an additional 20 meters. Overcomes the bus length limitation.
    ● No false responses to the FindLstn Protocol. Supports all IEEE 488.2 protocols.
    ● Invisible to the IEEE 488 Bus controller. Needs no bus address or special programming.
    ● Fast handshake rate. Doesn't slow your system.
    ● Front panel indicators show controller and talker locations. Visual operating status.
    ● Small metal case provides EMI/RFI protection. Proven EMI/RFI Compliance.

     

  3. Bus Expander/Isolator

    GPIB Bus Expander/Isolator

    ● Provides over 2000 V isolation between instruments and bus controller. Eliminates ground loops, noise and associated data errors.
    ● Allows more than 14 devices on the GPIB bus. Overcomes the bus drive limitation.
    ● Extends the bus length an additional 20 meters. Overcomes the bus length limitation.
    ● No false responses to the FindLstn Protocol. Supports all IEEE 488.2 protocols.
    ● Invisible to the IEEE 488 Bus controller. Needs no bus address or special programming.
    ● Fast handshake rate. Doesn't slow your system.
    ● Front panel indicators show controller and talker locations. Visual operating status.
    ● Small metal case provides EMI/RFI protection. Proven EMI/RFI Compliance.

     

  4. GPIB-to-LAN Instrument Interface

    GPIB-to-LAN Instrument Interface

    ● Controls a LAN instrument from the GPIB bus. Adapts LAN instruments for GPIB Test Systems.
    ● Runs from any GPIB system. Transparently passes all commands to the companion LAN instrument.
    ● AutoFind feature simplifies instrument linkage. Eliminates changing IP addresses.
    ● Internal VXI-11 client talks to any VXI-11.3 instrument. Works with most LAN instruments.
    ● Aids in replacing failed GPIB instruments. Saves instrument replacement costs and helps reuse existing test software.
    ● Add newer LAN instruments to GPIB systems. Extends the number of instruments that will work in a GPIB test system.
    ● Internal HTML server handles 4865 configuration. Easy configuration from any computer or web browser.

     

  5. GPIB to Relay Interface OEM Board

    GPIB to Relay Interface OEM Board

    ● Multiple relay configurations: 16 low-level SPST relays, 16 hi-power SPST relays, 16 relay drivers. Choose the right contact or relay driver for your application.
    ● Multiple relay programming modes: individual relays, single or multipole scanning. Flexible relay programming.
    ● Isolated digital inputs accept contact closures and CMOS/TTL logic levels. Eliminates ground loops.
    ● IEEE-488.2 compatible unit uses SCPI commands. Meets the latest GPIB specifications.
    ● Includes a menu-driven configuration program. Steps user through configuration
    choices.

    ● Metal case provides full EMI/RFI protection. Proven EMI/RFI Compliance.

     

  6. IEEE-488.2/GPIB-to-Analog Interface OEM Board

    IEEE-488.2/GPIB-to-Analog Interface OEM Board

    ● Provides four floating 16-bit analog outputs with 750 VDC isolation. Controls analog devices without ground loops.
    ● Four differential analog inputs with individual programmable ranges. Programmable inputs for reading voltage sources, current shunts, sensors etc.
    ● High current drivers can operate external relays etc. Digital control of external devices.
    ● Digital inputs read or monitor discrete signals. Generates SRQ on selected signal changes.
    ● User settable scale factors for analog signals. Matches 4861A commands and responses to real values.
    ● OEM board versions available with serial (RS-232/RS-485) and GPIB interfaces. Choice of interfaces.
    ● Includes sample control, calibration and configuration programs. Complete software package.

     

  7. GPIB Data Acquisition and Control Board

    GPIB Data Acquisition and Control Board

    ● Combines Analog I/O, Digital I/O, Relay drivers and Temperature readings on one small board. Versitile GPIB board controls almost any device.
    ● 32-line Digital Interface configurable as gated inputs or latched outputs. User configurable to match the application.
    ● Six Analog Inputs with programmable ranges. Measures up to ±10 VDC signals.
    ● Four 0 to 5 VDC Analog Outputs. Controls analog devices.
    ● High current Relay Drivers sink 300 mA. Drive external relays or use as a digital control line.
    ● Setup and IDN message saved in Flash memory. Customize the board as part of your product.
    ● Support includes a menu driven configuration program, Visual Basic and LabView programs. Easy to use, easy to program.
    ● Companion Terminal Board simplifies test connections. Saves connection time.

     

  8. Smart GPIB to RS-422/RS-485 Serial Interface Board

    Smart GPIB to RS-422/RS-485 Serial Interface Board

    ● Provides GPIB and RS-232 data interfaces to RS-422 or RS-485 devices. Adds a GPIB interface and a RS-232 to RS-485 converter.
    ● Smart firmware passes GPIB data to serial device. Does not require escape sequences or a second GPIB address.
    ● Provides all IEEE-488.2 functions and the Status Reporting Structure. Easiest way to add IEEE-488.2 capability to any serial device.
    ● User setable IDN message and serial configuration. Easy setup with ICS utility programs customizes the 4808 for the end product.
    ● Three operational modes handles any kind of serial device. Can be a smart interface or act as the front end for an embedded controller.
    ● Mounts directly to host chassis's rear panel. Easy installation eliminates extra cables and reduces cost.
    ● Runs on 5 ~ 15 VDC. Uses available DC power.

  9. GPIB to Parallel Digital Interface Board

    GPIB to Parallel Digital Interface Board

    ● Provides a user-definable, 56-line parallel interface with bit, byte, pulse, string and binary data transfer capabilities. Fully configurable to the user's needs by bus commands.
    ● High-current drivers and input pullup resistors. Drives more devices, longer lines and inputs CMOS signals or switch contacts.
    ● Signal monitor feature detects and reports signal changes on 15 inputs. Relieves controller of time consuming polling.
    ● Device configuration, user's IDN message and bus address stored in Flash. Stored setup eliminates program initialization statements.
    ● Lock feature prevents accidental loss or change of user configuration. Protects your configuration and IDN message.
    ● Packaged on 3U VME size card with 4823A pinouts. Can be used to replace 4823A cards in 56 line applications.

  10. GPIB to Parallel Digital Interface Board

    GPIB to Parallel Digital Interface Board

    ● Provides a user-definable, 128-line parallel interface with bit, byte, pulse, string and binary data transfer capabilities. Fully configurable to the user's needs by bus commands.
    ● High-current drivers and input pullup resistors. Drives more devices, longer lines and inputs CMOS signals or switch contacts.
    ● Two companion Relay Driver Boards drive 5-48 volt relays. Boosts drive signals to control larger relays and solenoids.
    ● Companion expansion board adds another 128 I/O lines. Expanded configuration provides 256 I/O lines.
    ● Device configuration, user's IDN message and bus address stored in Flash. User can easily customize the 4813 configuration as part of his system.
    ● New Pulse Commands. Extends the 4813 to control latching relays and other pulse applications.

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