H5BBT-10110-L7

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Jumper Wires and Pre-Crimped leads are important components in the modern electronic industry, and the H5BBT-10110-L7 application field and working principle is critical to understand before deciding which type is right for the job. This article will explain the H5BBT-10110-L7 application field and how the device works.

About the H5BBT-10110-L7 Device

The H5BBT-10110-L7 is an insulated jumper wire that features a closed loop design. The wire is sealed and conforms to RoHS standards. It has pre-crimped leads with the insulation route and dielectric strength tested. The dielectric strength is 1kV (rated) and the conductor is copper. A sleeve length of 5mm and insulation length of 20mm is standard.

H5BBT-10110-L7 Application Field

The H5BBT-10110-L7 device is suitable for various application and can be used for a wide range of industrial and commercial applications such as automotive, machinery, electronics, communications, military systems, and power systems. It is commonly used in the application of connecting two terminals and providing an electrical connection between them.

The H5BBT-10110-L7 device is ideal for applications where maximum voltage is not critical such as automotive and medical applications. It can be used to connect two components that must be electrically connected, but are not expected to be subject to much voltage. This device also works well in applications with very low voltage levels, such as logic boards.

How the H5BBT-10110-L7 Works

The device works by providing an insulated connection path between two terminals. It consists of a conductor material with a dielectric withstand voltage of 1kV (rated). The conductor is sealed in a pre-crimped lead and an insulation layer is applied, which is sealed to the conductors. This insulation layer holds all the components together while providing protection against high voltage levels.

The conductor is then tested for dielectric strength and insulation resistance. The insulation resistance should be greater than 1000 megohm/meter to ensure safety and reliability. Once the conductor passes the tests, the lead is then placed into the environment and the connection is made between the two terminals.

Conclusion

The H5BBT-10110-L7 device provides a reliable and safe electrical connection between two terminals. It can be used for a wide range of applications, including automotive, military systems, and power systems. It is a great choice for making quick and secure connections between two components that must be connected but are not expected to be subject to much voltage.

The device works by providing a conductor with a dielectric withstand voltage of 1kV (rated), and the insulation layer protects the conductors and holds all the components together. This insulation resistance should be greater than 1000 megohm/meter to ensure safety and reliability. The H5BBT-10110-L7 is a great device to have in your toolbox for making sure connections between terminals are reliable and secure.

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