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780986-01

The PCB BNCC sensor (780986-01) features a low noise 10 ft coaxial cable with a 10-32 plug to BNC plug.

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    Description

    The Part Number 780986-01 refers to a high-quality product categorized under Sensors. This particular model, named PCB BNCC, is specifically designed to meet the demands of users requiring premium connectivity solutions. The Short Description of the product highlights its main features as a PCB Low Noise Coaxial Cable, measuring 10 ft in length and equipped with a 10-32 plug on one end and a BNC plug on the other.

    This coaxial cable is engineered for exceptional performance and reliability, ensuring minimal signal loss over its length. It is ideally suited for applications that demand high-quality signal transmission with low noise interference. The 10 ft cable length provides ample reach for various setup configurations, offering flexibility in how and where it can be used.

    On one end of the cable, the 10-32 plug connector ensures a secure and stable connection to compatible devices, while the BNC plug on the opposite end offers versatility for connecting to a wide range of equipment. This combination of connectors makes the PCB BNCC cable a universal solution for connecting sensors and other devices in a multitude of technical environments.

    Part Number 780986-01
    Category Sensors
    Model PCB BNCC
    Short Description PCB Low Noise Coaxial Cable, 10 ft w/10-32 plug to BNC plug
    Cable Length 10 ft
    Connector Type A 10-32 plug
    Connector Type B BNC plug

    Question 1: What is the part number for the PCB BNCC sensor?
    Answer 1: The part number is 780986-01.

    Question 2: How long is the PCB BNCC coaxial cable?
    Answer 2: The cable is 10 ft long.

    Question 3: What type of plugs does the PCB BNCC cable have?
    Answer 3: It has a 10-32 plug and a BNC plug.

    Question 4: What category does the 780986-01 belong to?
    Answer 4: It belongs to the Sensors category.

    Question 5: Is the PCB BNCC cable designed for low noise?
    Answer 5: Yes, it’s designed for low noise signal transmission.