Description
The National Instruments SHB4X-8BNC Coaxial Cable, with part number 780040-01, is a specialized Coaxial Cable designed for advanced data acquisition systems. It features a robust 16-Pin, Male InfiniBand (IB) Back End Connection and is equipped with eight individual 1-Pin, Male BNC connectors at the front end for versatile connectivity options.
This cable is specifically compatible with NI PXI-449x and NI PXIe-449x Data Acquisition Cards, allowing for a reliable and efficient setup for sound or vibration acquisition. The product is typically sold in a two-pack, ensuring users have a spare or the ability to run a dual-channel system.
Its primary applications include data acquisition, precision measurements, and interfacing with devices for sound or vibration acquisition. Moreover, the cable boasts high-quality shielding and insulation, ensuring signal integrity and reducing the likelihood of interference in sensitive measurements.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SHB4X-8BNC Coaxial Cable |
| Part Number | 780040-01 |
| Type | Coaxial Cable |
| Back End Connection | 16-Pin, Male InfiniBand (IB) |
| Front End Connection | Eight, 1-Pin, Male BNC connectors |
| Compatible With | NI PXI-449x, NI PXIe-449x Data Acquisition Cards |
| Packaging | Two-pack |
| Application | Data acquisition, precision measurements, sound or vibration acquisition |
| Shielding and Insulation | High-quality |
Question 1: What type of back end connection does the National Instruments SHB4X-8BNC Coaxial Cable feature, and with which NI PXI Data Acquisition Cards is it compatible?
Answer 1: The National Instruments SHB4X-8BNC Coaxial Cable features a 16-Pin, Male InfiniBand (IB) back end connection and is compatible with NI PXI-449x and NI PXIe-449x Data Acquisition Cards.
Question 2: What types of systems and applications is the National Instruments SHB4X-8BNC Coaxial Cable, part number 780040-01, designed for, and what are its specific connectivity features?
Answer 2: The primary applications of the National Instruments SHB4X-8BNC Coaxial Cable, part number 780040-01, are data acquisition and precision measurements, particularly for sound or vibration acquisition, and it is specifically compatible with NI PXI-449x and NI PXIe-449x Data Acquisition Cards.
Question 3: What are the primary applications and compatibility features of the National Instruments SHB4X-8BNC Coaxial Cable with part number 780040-01?
Answer 3: The National Instruments SHB4X-8BNC Coaxial Cable, part number 780040-01, features a 16-Pin Male InfiniBand back end connection and eight 1-Pin Male BNC connectors at the front end, offering compatibility with NI PXI-449x and NI PXIe-449x Data Acquisition Cards, and is primarily designed for tasks involving sound or vibration acquisition, benefiting from its high-quality shielding and insulation that ensures signal integrity and minim
Question 4: What are the specific features and compatibility of the National Instruments SHB4X-8BNC Coaxial Cable with part number 780040-01, and for which types of data acquisition tasks is it primarily designed?
Answer 4: The National Instruments SHB4X-8BNC Coaxial Cable, part number 780040-01, is designed for advanced data acquisition systems and applications such as precision measurements, sound or vibration acquisition, featuring a 16-Pin, Male InfiniBand Back End Connection, and eight individual 1-Pin, Male BNC connectors for versatile connectivity, while being specifically compatible with NI PXI-449x and NI PXIe-449x Data Acquisition Cards.
Question 5: What are the specific model numbers of the National Instruments Data Acquisition Cards that the SHB4X-8BNC Coaxial Cable with part number 780040-01 is compatible with, and what are its primary use cases?
Answer 5: The National Instruments SHB4X-8BNC Coaxial Cable with part number 780040-01 is compatible with the NI PXI-449x and NI PXIe-449x Data Acquisition Cards, and its primary use cases include data acquisition, precision measurements, and interfacing with devices for sound or vibration acquisition.
