Description
The GPIB-1014 device, with a part number of 180155-51G, falls under the GPIB category. Manufactured by National Instruments, this model is designed for facilitating communication between GPIB and VMEbus systems. It adheres to the IEEE-1014 and IEEE-488 performance standards, ensuring reliable and standardized communication protocols.
There are two versions available for this model, which include part numbers 776059-01 (GPIB-1014-1) and 776060-01 (GPIB-1014-2), providing users with options to select the version that best fits their needs. The GPIB-1014 boasts an impressive transfer rate of over 500 kbytes/s, making it a high-speed solution for data transfer requirements.
It operates on a supply voltage of +5 VDC and has a maximum current requirement of 2.0 A. This device offers various configuration options, including access mode, base address, and DMA address modifier, which allow for flexible and customized setup based on specific system needs. Additionally, the GPIB-1014 is supported by ESP-488 driver software, enhancing its compatibility and ease of integration into existing systems.
| Specification | Detail |
|---|---|
| Part Number | 180155-51G |
| Category | GPIB |
| Model | GPIB-1014 |
| Manufacturer | National Instruments |
| Application | Communication between GPIB and VMEbus |
| Performance Standard | IEEE-1014, IEEE-488 |
| Part Numbers (Versions) | 776059-01 (GPIB-1014-1), 776060-01 (GPIB-1014-2) |
| Transfer Rate | Over 500 kbytes/s |
| Supply Voltage | +5 VDC |
| Maximum Current | 2.0 A |
| Configuration Options | Access mode, Base address, DMA address modifier |
| Driver Software | ESP-488 |
Question 1: What is the transfer rate of GPIB-1014?
Answer 1: Over 500 kbytes/s
Question 2: What are the GPIB-1014’s IEEE performance standards?
Answer 2: IEEE-1014 and IEEE-488
Question 3: What supply voltage does GPIB-1014 operate on?
Answer 3: +5 VDC
Question 4: How many versions of GPIB-1014 exist?
Answer 4: Two versions
Question 5: What is the max current requirement for GPIB-1014?
Answer 5: 2.0 A
