Description
The National Instruments GPIB-1014 is a specialized GPIB Interface designed for use with the VMEbus system. This device, model number GPIB-1014, is engineered to facilitate high-speed data transfer and communication between GPIB devices and VMEbus systems. The GPIB-1014 comes in two part numbers: 776059-01 (GPIB-1014-1) and 776060-01 (GPIB-1014-2), catering to different configuration needs while maintaining core functionality.
Adhering to the IEEE-1014 and IEEE-488 standards, the GPIB-1014 ensures compatibility and efficient data transfer rates of over 500 kbytes/s, making it suitable for a wide range of applications requiring high-speed data exchange. The device operates on a +5 VDC supply voltage and has a maximum current requirement of 2.0 A, highlighting its efficiency and compatibility with standard VMEbus power supplies.
Configuration of the GPIB-1014 is versatile, offering options such as Access mode, Base address, and DMA address modifier to accommodate various system requirements and enhance its adaptability to specific application needs. Additionally, the device is supported by ESP-488 driver software, ensuring easy integration and reliable operation within GPIB systems.
| Specification | Detail |
|---|---|
| Manufacturer | National Instruments |
| Model | GPIB-1014 |
| Category | GPIB Interface for VMEbus |
| Part Numbers | 776059-01 (GPIB-1014-1), 776060-01 (GPIB-1014-2) |
| 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 |
| Driver Software | ESP-488 |
Question 1: What is the transfer rate of GPIB-1014?
Answer 1: Over 500 kbytes/s
Question 2: What voltage does the GPIB-1014 operate at?
Answer 2: +5 VDC
Question 3: What is the max current requirement for GPIB-1014?
Answer 3: 2.0 A
Question 4: Which standards does GPIB-1014 adhere to?
Answer 4: IEEE-1014 and IEEE-488
Question 5: What driver software supports GPIB-1014?
Answer 5: ESP-488
