GPIB-1014

Description

The National Instruments GPIB-1014 is an interface specifically designed for VMEbus systems, providing a critical communication link between GPIB and VMEbus systems. Manufactured by the renowned National Instruments, this interface enables a personal computer to serve in various capacities such as a controller, talker, or listener, enhancing its versatility in system setups.

Adhering to the IEEE-1014 (GPIB), VMEbus specifications, and IEEE-488 standards, the GPIB-1014 boasts compatibility with a broad range of industry protocols. It is available in two distinct models, with part numbers 776059-01 (GPIB-1014-1) and 776060-01 (GPIB-1014-2); the primary distinction being that the GPIB-1014-1 features a GPIB port on its front panel, whereas the GPIB-1014-2 does not.

High-speed data transfer is achievable with the GPIB-1014, supporting rates of over 500 kbytes/s. The device operates on a +5 VDC supply voltage level and requires a maximum current of 2.0 A. Designed for easy installation on the backplane of the VMEbus, it offers user-friendly configuration options, including access mode, base address, and DMA address modifier, all of which are software selectable for added convenience.

To ensure a seamless interface, the P1 and P2 connectors of the VMEbus are utilized, establishing a reliable connection between the GPIB-1014 and the VMEbus system. This long description highlights the key features and specifications that make the National Instruments GPIB-1014 an essential component for integrating GPIB and VMEbus systems.

Q1: What are the primary differences between the GPIB-1014-1 and GPIB-1014-2 models of the National Instruments GPIB-1014, and how do these differences impact their functionality within VMEbus systems?
A1: The National Instruments GPIB-1014 supports a maximum data transfer rate of over 500 kbytes/s, and its two models are distinguished by the presence of a GPIB port on the front panel of GPIB-1014-1, while the GPIB-1014-2 lacks this feature.

Q2: What functions can a personal computer perform when equipped with the National Instruments GPIB-1014 interface in a VMEbus system, and how does it differ in its two available models?
A2: The National Instruments GPIB-1014 is designed for VMEbus systems, adheres to IEEE-1014 (GPIB) and IEEE-488 standards, offers high-speed data transfers over 500 kbytes/s, operates at +5 VDC with a maximum current of 2.0 A, and features configurable options like access mode and base address; with its P1 and P2 connectors, it ensures a reliable connection, and its two models differ by the presence of a GPI

Q3: What are the unique features of the National Instruments GPIB-1014 that enhance its functionality within VMEbus systems, and how do its specifications contribute to its performance in system integration?
A3: The primary difference between the GPIB-1014-1 and GPIB-1014-2 models of the National Instruments GPIB-1014 is that the GPIB-1014-1 features a GPIB port on its front panel while the GPIB-1014-2 does not; this affects their functionality within VMEbus systems by offering easier access for direct connections with GPIB instruments on the GPIB-1014-1, potentially simplifying system configuration and setup.

Q4: What are the distinguishing characteristics and specifications of the National Instruments GPIB-1014 that facilitate its role in connecting GPIB and VMEbus systems?
A4: The National Instruments GPIB-1014 enhances functionality within VMEbus systems through its ability to act as a controller, talker, or listener, and its adherence to IEEE-1014 (GPIB), VMEbus specifications, and IEEE-488 standards ensures broad compatibility with industry protocols; its specifications, including high-speed data transfer rates over 500 kbytes/s, a +5 VDC supply voltage, and a maximum current requirement of 2.0 A, contribute to its performance

Q5: What is the maximum data transfer rate supported by the National Instruments GPIB-1014, and what are the distinguishing features of its two models, GPIB-1014-1 and GPIB-1014-2?
A5: When equipped with the National Instruments GPIB-1014 interface in a VMEbus system, a personal computer can serve as a controller, talker, or listener, enhancing its versatility within the system; the two models differ in that the GPIB-1014-1 features a GPIB port on its front panel for easy access, whereas the GPIB-1014-2 model does not have this front panel GPIB port.