Description
The National Instruments GPIB-140A GPIB Extender is designed to overcome GPIB system length and device loading limitations, offering easy deployment without additional hardware and full compatibility with IEEE 488.1 and 488.2 standards.
With part numbers ranging from 777997-01 to 777997-06, this GPIB Bus Extender allows for a significant extension in system length, supporting up to 1 km with fiber-optic cables, far beyond the standard 20 m limit.
It boasts a buffered transfer technique that ensures high-speed data transfers and is capable of exceeding transfer rates of 2.8 Mbytes/s when operating under the HS488 protocol.
The GPIB-140A is adept at converting GPIB signals for transmission over long distances and is designed to be software transparent, meaning that no modifications to existing software applications are required, streamlining its integration into existing systems.
| Specification | Detail |
|---|---|
| Product Name | National Instruments GPIB-140A GPIB Extender |
| Part Numbers | 777997-01, 777997-02, 777997-03, 777997-04, 777997-05, 777997-06 |
| Type | GPIB Bus Extender |
| Compatibility | Fully compatible with IEEE 488.1 and IEEE 488.2 standards |
| Maximum GPIB System Length | 20 m (as per IEEE 488 standard) |
| Extender Reach with Fiber-Optic Cable | Up to 1 km |
| Buffered Transfer Technique | Enables high-speed data transfer |
| HS488 Protocol Support | Transfer rates faster than 2.8 Mbytes/s |
| Deployment | Minimal effort, no additional hardware required |
| Functionality | Translates GPIB signals into parallel or serial signals for transmission and vice versa |
| Software Transparency | No modification in existing software applications required |
Q1: What benefits does the National Instruments GPIB-140A GPIB Extender provide in terms of distance and data transfer speed when integrated into existing GPIB systems?
A1: The National Instruments GPIB-140A GPIB Extender is capable of extending the GPIB system length up to 1 km using fiber-optic cables and supports data transfer rates exceeding 2.8 Mbytes/s under the HS488 protocol.
Q2: What are the capabilities of the National Instruments GPIB-140A GPIB Extender in terms of system length extension and data transfer rates?
A2: The National Instruments GPIB-140A GPIB Extender enables significant distance enhancement by supporting system lengths up to 1 km with fiber-optic cables and ensures rapid data transfers with speeds potentially exceeding 2.8 Mbytes/s under the HS488 protocol, all while allowing for seamless integration into existing systems without the need for software modifications.
Q3: How does the National Instruments GPIB-140A GPIB Extender ensure high-speed data transfers while enabling GPIB system length extension up to 1 km?
A3: The National Instruments GPIB-140A GPIB Extender ensures high-speed data transfers through its buffered transfer technique and allows for GPIB system length extension up to 1 km by using fiber-optic cables, which exceeds the standard GPIB limit of 20 meters, all while maintaining compatibility with IEEE 488.1 and 488.2 standards and offering transfer rates exceeding 2.8 Mbytes/s under the HS488 protocol.
Q4: What are the capabilities and features of the National Instruments GPIB-140A GPIB Extender, including its compatibility standards, maximum supported length with fiber-optic cables, and data transfer rates?
A4: The buffered transfer technique of the National Instruments GPIB-140A GPIB Extender benefits data transfers when operating under the HS488 protocol by allowing for high-speed data transfers that can exceed rates of 2.8 Mbytes/s, despite the extended distances of up to 1 km facilitated by the device.
Q5: Considering the capabilities of the National Instruments GPIB-140A GPIB Extender, how does its buffered transfer technique specifically benefit data transfers when operating under the HS488 protocol?
A5: The National Instruments GPIB-140A GPIB Extender is capable of extending GPIB system lengths up to 1 km using fiber-optic cables, supports device loading limitations, and is fully compatible with IEEE 488.1 and 488.2 standards; it employs a buffered transfer technique to facilitate high-speed data transfers exceeding 2.8 Mbytes/s under the HS488 protocol, and integrates seamlessly into existing systems due to its software transparency.
