Description
The product with the Part Number 776364-01 falls under the category of GPIB. It is identified as the Model GPIB-1014D. This model is a National Instruments GPIB-1014D GPIB Interface for VMEbus, designed to interface with the VMEbus system.
It operates based on the IEEE-488 GPIB interface standard, ensuring it adheres to the ANSI/IEEE 1014-1987 conformance. This specification guarantees compatibility and interoperability with a wide range of GPIB-enabled devices.
The GPIB-1014D features two independent interfaces, enhancing its capability to communicate with multiple devices simultaneously. It incorporates two NEC µPD7210 GPIB TLC chips, which are critical for its operation and performance, allowing for efficient data handling and processing.
In terms of performance, this model boasts a transfer speed of up to 500 kbytes/s, making it suitable for applications requiring high-speed data transfer. It operates within a power requirement of +5 VDC, 2.9 A Max, which should be considered when integrating it into systems.
The temperature range in which this device can operate is from 0° to 70° C, offering flexibility for use in various environments without compromising its performance.
| Specification | Detail |
|---|---|
| Part Number | 776364-01 |
| Category | GPIB |
| Model | GPIB-1014D |
| Description | National Instruments GPIB-1014D GPIB Interface for VMEbus |
| Interface | IEEE-488 GPIB |
| Conformance | ANSI/IEEE 1014-1987 |
| Independent Interfaces | 2 |
| NEC µPD7210 GPIB TLC Chips | 2 |
| Transfer Speed | Up to 500 kbytes/s |
| Power Requirement | +5 VDC, 2.9 A Max |
| Temperature Range | 0° to 70° C |
Question 1: What is the part number for the GPIB-1014D?
Answer 1: 776364-01
Question 2: What is the maximum transfer speed of the GPIB-1014D?
Answer 2: Up to 500 kbytes/s
Question 3: What standard does the GPIB-1014D conform to?
Answer 3: ANSI/IEEE 1014-1987
Question 4: How many GPIB TLC chips does the GPIB-1014D have?
Answer 4: Two NEC µPD7210 chips
Question 5: What is the power requirement for the GPIB-1014D?
Answer 5: +5 VDC, 2.9 A Max
