Description
The 776060-01 is a product under the GPIB category known as the GPIB-1014. This model is specifically designed as the GPIB-1014-2 DMA Interface for the VMEbus, manufactured by National Instruments. It is engineered to enable a PC to function as a controller, talker, or listener within VMEbus systems.
This interface adheres to the IEEE-1014 and IEEE-488 standards, ensuring compatibility and efficient communication. With a remarkable transfer rate of over 500 kbytes/s, it meets the demands of high-speed data transfer. The interface operates on a +5 VDC supply voltage, with a maximum current requirement of 2.0 A.
It offers various configuration options including access mode, base address, and DMA address modifier, allowing for customized setup based on the application’s needs. The ESP-488 software is recommended for optimal performance and compatibility.
However, it is crucial to confirm signal compatibility for both GPIB and VMEbus systems to ensure seamless operation. For interfacing, it utilizes P1 and P2 connectors specifically designed for VMEbus connections. This interface is an ideal solution for enhancing PC capabilities in VMEbus systems, combining high transfer rates with versatile configuration options.
| Specification | Details |
|---|---|
| Part Number | 776060-01 |
| Category | GPIB |
| Model | GPIB-1014 |
| Description | GPIB-1014-2 DMA Interface for the VMEbus |
| Manufacturer | National Instruments |
| Application | Enables PC as controller, talker, or listener in VMEbus systems |
| Standards | IEEE-1014, IEEE-488 |
| Transfer Rate | Over 500 kbytes/s |
| Supply Voltage | +5 VDC |
| Maximum Current Requirement | 2.0 A |
| Configuration Options | Access mode, base address, DMA address modifier |
| Software | ESP-488 |
| Signal Compatibility | Must be confirmed for GPIB and VMEbus |
| Connectors | P1 and P2 for VMEbus interfacing |
Question 1: What is the transfer rate of the GPIB-1014?
Answer 1: Over 500 kbytes/s
Question 2: What voltage does the GPIB-1014 require?
Answer 2: +5 VDC
Question 3: What standards does the GPIB-1014 adhere to?
Answer 3: IEEE-1014 and IEEE-488
Question 4: What is the maximum current requirement for the GPIB-1014?
Answer 4: 2.0 A
Question 5: What software is recommended for the GPIB-1014?
Answer 5: ESP-488
