Description
The GPIB-1014DP is a GPIB Interface designed for VMEbus systems, manufactured by National Instruments. The part number for ordering is 776093-01, although the part itself is identified as 776500-91. This interface falls under the category of GPIB, indicating its compatibility and functionality within GPIB systems.
One of the key features of the GPIB-1014DP is its two independent and fully functional GPIB parts. This dual functionality enhances its versatility, allowing it to serve multiple roles within a system, including as a bus translator, controller, listener, and talker. Such capabilities make it an essential component for applications requiring robust and flexible communication capabilities.
Regarding its performance, the GPIB-1014DP boasts a transfer rate of up to 80 kbytes/s, facilitating efficient data exchange and system operations. It operates on a 5 VDC power supply, with a typical current requirement of 1.1 A and a maximum of 2.0 A. This ensures that the interface can deliver its functionalities efficiently without imposing excessive power demands.
The interface utilizes a standard IEEE-488 24 pin connector, ensuring compatibility with a wide range of devices and systems. This standardization simplifies integration and connectivity, making the GPIB-1014DP a versatile and user-friendly option for VMEbus systems requiring reliable GPIB interfaces.
| Specification | Detail |
|---|---|
| Part Number | 776500-91 (For ordering: 776093-01) |
| Category | GPIB |
| Model | GPIB-1014DP |
| Description | GPIB Interface for VMEbus |
| Manufacturer | National Instruments |
| Functionality | Two independent and fully functional GPIB parts |
| Application | Bus translator, Controller, Listener, Talker |
| Transfer Rate | Up to 80 kbytes/s |
| Power Supply | 5 VDC |
| Current Requirement | 1.1 A typical, 2.0 A maximum |
| Connector | Standard IEEE-488 24 pin |
Question 1: What is the transfer rate of the GPIB-1014DP?
Answer 1: Up to 80 kbytes/s
Question 2: What power supply voltage does the GPIB-1014DP require?
Answer 2: 5 VDC
Question 3: What is the typical current requirement of the GPIB-1014DP?
Answer 3: 1.1 A
Question 4: What type of connector does the GPIB-1014DP use?
Answer 4: IEEE-488 24 pin connector
Question 5: What is the part number for ordering the GPIB-1014DP?
Answer 5: 776093-01
