Description
The Part Number 776273-91 specifies a unique identifier for the product, ensuring precise recognition in inventory and order systems.
The item falls under the Category of GPIB, indicating its functionality and compatibility within General Purpose Interface Bus systems.
It is identified by the Model GPIB-1014P, which provides a clear reference to its design and capabilities.
The Description of the product as GPIB-S3/4P Hardware Only, No Bracket, Software License, offers insight into the package contents and licensing terms.
Its Interface Type is defined as IEEE-488 for VMEbus, highlighting its standard compliance and bus compatibility.
The Manufacturer, National Instruments, is well-regarded in the industry for producing high-quality, reliable products.
It has Alternate Part Numbers 776062-01 (GPIB-1014P-1) and 776063-01 (GPIB-1014P-2), providing options for specification variations or replacements.
The Form Factor includes 3U interface and 6U front panel options, offering flexibility in physical installation.
Its Functionality as a Controller, Talker, Listener enables versatile operations within GPIB networks.
The Chip Used, NEC µPD7210, is a key component that drives the device’s performance and compatibility.
The Transfer Rate of 80 kbytes/sec, which can reach up to 1 Mbyte/sec with high-performance processor and driver software, ensures efficient data handling.
Power Requirements are specified as +5 VDC, max current 1.0 A, detailing the electrical consumption for operational planning.
The Connector Type includes a 96-pin DIN 41612 (VMEbus) and a 24-pin (front plate), indicating the physical interface options.
Finally, the Operating Temperature range from 0° to 70° C ensures reliability and performance under a wide range of environmental conditions.
Answer 1: 776273-91
Question 2: What interface type does the GPIB-1014P use?
Answer 2: IEEE-488 for VMEbus
Question 3: What is the max transfer rate of the GPIB-1014P?
Answer 3: Up to 1 Mbyte/sec
Question 4: Who manufactures the GPIB-1014P?
Answer 4: National Instruments
Question 5: What are the power requirements for the GPIB-1014P?
Answer 5: +5 VDC, max current 1.0 A
