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GPIB-130

The NI GPIB-130 is a GPIB Bus Extender that supports up to 28 devices over a maximum cable distance of 300 meters, is compatible with IEEE 488.1 and 488.2 standards, features software transparency, and

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    Description

    The NI GPIB-130 is a robust GPIB Bus Extender designed to increase the maximum cable distance in GPIB systems to up to 300 meters and expand the number of GPIB devices supported to 28. It is fully compatible with both IEEE 488.1 and 488.2 standards, ensuring a wide range of device interoperability without requiring software changes due to its transparency.

    For extended distances ranging from 50 to 300 meters, the extender works with a CL2-rated T2 cable, while for distances of up to 50 meters, a T5 cable can be utilized, which offers a cost-effective, smaller, and lighter alternative. The GPIB-130 boasts an impressive transfer rate of more than 900 kbytes per second, facilitating rapid data exchange across the extended GPIB network.

    Physically, the device measures 3.75 x 3.0 x 0.95 inches and is enclosed in a durable 0.050 in THK 5052-H32 Aluminum case. It operates reliably within a temperature range of 0 to 55 °C and can withstand a relative humidity range of 5% to 95% without condensation, ensuring stable performance in varying environmental conditions.

    Question 1: How does the NI GPIB-130 GPIB Bus Extender enhance system capabilities in terms of maximum cable distance, device support, and data transfer rates?
    Answer 1: For extending the distance of the GPIB-130 Bus Extender beyond 50 meters but not exceeding 300 meters, a CL2-rated T2 cable is recommended.

    Question 2: What type of cable is recommended for extending the distance of the GPIB-130 Bus Extender beyond 50 meters but not exceeding 300 meters?
    Answer 2: The NI GPIB-130 GPIB Bus Extender enables the connection of up to 28 GPIB devices over distances up to 300 meters by using a CL2-rated T2 cable for extended distances and ensuring full compatibility with IEEE 488.1 and 488.2 standards, allowing for a wide range of device interoperability without the need for software changes due to its transparency in communication.

    Question 3: How does the NI GPIB-130 GPIB Bus Extender enable the connection of up to 28 GPIB devices over distances up to 300 meters while maintaining compatibility with IEEE 488.1 and 488.2 standards?
    Answer 3: The NI GPIB-130 Bus Extender enhances GPIB system capabilities by increasing the maximum cable distance to up to 300 meters, expanding the number of supported GPIB devices to 28, and ensuring interoperability with both IEEE 488.1 and 488.2 standards for broad device compatibility without necessitating software changes.

    Question 4: What are the maximum cable distance and the number of GPIB devices supported by the NI GPIB-130 GPIB Bus Extender?
    Answer 4: The NI GPIB-130 GPIB Bus Extender enhances system capabilities by extending the maximum cable distance to 300 meters, increasing the number of supported GPIB devices to 28, and facilitating rapid data exchange with transfer rates of more than 900 kbytes per second.

    Question 5: How does the NI GPIB-130 Bus Extender enhance GPIB system capabilities in terms of maximum cable distance, number of supported devices, and interoperability with IEEE standards?
    Answer 5: The NI GPIB-130 GPIB Bus Extender is designed to extend the maximum cable distance to up to 300 meters and supports up to 28 GPIB devices.

    Specification Detail
    Part Number NI GPIB-130
    Alternate Part Numbers 776526-01, 776526-02, 776526-03, 776526-04, 776526-05, 776526-06
    Type GPIB Bus Extender
    Maximum Cable Distance Up to 300 meters
    Maximum Number of GPIB Devices Up to 28 devices
    Compatibility IEEE 488.1 and 488.2 standards
    Software Transparency Yes
    Transmission Cables CL2-rated T2 cable (for 50-300 meters), T5 cable (up to 50 meters)
    Transfer Rate More than 900 kbytes per second
    Dimensions 3.75 x 3.0 x 0.95 inches
    Case Material 0.050 in THK 5052-H32 Aluminum
    Operating Temperature Range 0 to 55 °C
    Relative Humidity Range 5% to 95% (noncondensing)
    Power Consumption