GPIB-130

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GPIB-130, 900 kbytes/s Transfer Rate, Parallel GPIB Extender

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GPIB-130 National Instruments GPIB Extender | Apex Waves | Image
GPIB-130 National Instruments GPIB Extender | Apex Waves | Image
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National Instruments GPIB-130 GPIB Extender

The NI GPIB-130 (Part Numbers: 776526-01, 776526-02, 776526-03, 776526-04, 776526-05, and 776526-06) is a GPIB Bus Extender. This device is used to alter the cable length and device loading restrictions defined in the IEEE 488 standard. In this standard, users cannot go beyond 20 meters while deploying a GPIB system. Moreover, not more than 15 devices can be used on a single GPIB system. The GPIB Extender translates GPIB messages into parallel or serial signals to a similar extender deployed at the receiver end. Thus, the user will need two similar extenders to construct an extended GPIB network.

With the NI GPIB-130, the user can increase the maximum cable distance to 300 meters, while the number of GPIB devices can be expanded to 28. The typical applications of this device include (but are not limited to), remote controlling of printers or plotters, isolating of devices deployed in hazardous or noisy environments, and controlling tests from a remote location.

The NI GPIB-130 is fully compatible with both IEEE 488.1 and 488.2 standards. This device is software transparent to the system. Thus, it is not necessary for the user to modify their existing programs and hardware infrastructure. The GPIB 130 can be used with three transmission cables. For distances from 50 meters to 300 meters, a CL2-rated T2 cable can be utilized. For distances to 50 meters, the user can utilize a T5 cable, which is a less expensive, smaller, and lighter replacement for the T2 cable. This model comes featured with a specially designed transfer technique that enables it to operate at more than 900 kbytes per second transfer rates. 

The NI device measures 3.75 x 3.0 x 0.95 in. in physical dimensions, with a 0.050 in THK 5052-H32 Aluminum case material. It has a recommended operating temperature range of 0 to 55 ºC, a noncondensing relative humidity range of 5% to 95%, and a typical power consumption value of 2.2 W. The GPIB-130 can be powered using either an external 5 V regulated power supply or a NI GPIB interface board.

GPIB-130 Obsolete Status has been declared by National Instruments, but the extender will still be available for purchase and repairs by Apex Waves. 

Model GPIB-130
Manufacturer National Instruments
Part Numbers 776526-01, 776526-02, 776526-03,
776526-04, 776526-05, 776526-06
Type GPIB Extender
Transfer Rate 900 kbytes/s
Compatibility IEEE 488.1 and IEEE 488.2
GPIB Interface Load one standard load, AC and DC
Dimensions 3.75 x 3.0 x 0.95 in.
Case Material 0.050 in THK 5052-H32 Aluminum
GPIB-130 Manual User Manual and Maintenance Manual Available for Download
Price Contact a sales representative for a quote.

Associated part numbers for GPIB-130:

National Instruments GPIB-130 Frequently Asked Questions

 

Question: Why does the GPIB 130 have six part numbers?

 

Answer: The GPIB 130 has six power source options. The options are part number 776526-01 for U.S. 120 VAC, part number 776526-02 for Swiss 220 VAC, part number 776526-03 for Australian 240 VAC, part number 776526-04 for Universal Euro 240 VAC, part number 776526-05 for North American 240 VAC, and part number 776526-06 for United Kingdom 240 VAC.

 

Question: What is the typical power for the GPIB-130?

 

Answer: The typical power for the GPIB-130 is 2.2 W.

 

Question: Which modes does the NI GPIB-130 have?

 

Answer: The NI GPIB-130 has two modes: immediate parallel mode for cable lengths of 60 m or shorter and stored parallel poll mode for longer distances.

 

Question: What is the Power-on state for the GPIB 130?

 

Answer: When the GPIB 130 is in the Power-on or PON state, all FIFOs and state machines are cleared. There are also not any GPIB lines asserted in this state. After the GPIB 130 leaves the PON state, the Link LED will turn on and the extension system will become functional.

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Common Typos:

GLIB-130, GPLB-130, GPIH-130, GPIB-W30, GPIB-13O

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