H5BXT-10104-N7

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Jumper Wires

Jumper wires, typically referred to as “jumper cables”, are short insulated connecting wires frequently found in electronic components and circuits. They are used to provide electrical signals between two points in a circuit. Jumper wires are available in many different shapes, sizes, and materials. For example, some jumper wires have a port connector, a plug-in terminal block, or simply bare wire that can be connected directly to a circuit.

Like other wires, jumper wires are typically made of metal and are coated in insulating coating such as plastic, rubber, or vinyl jacket. In addition, many types of jumper wires can be pre-crimped for easier installation. Pre-crimped leads are wires that come with a factory-applied crimped connection for added convenience. Pre-crimped leads are available in various lengths and a variety of colors for easy identification in a wiring diagram.

H5BXT-10104-N7 application field and working principle

The H5BXT-10104-N7 is a jumper wire connected with pre-crimped leads. It is an insulated wire designed for use in electronics and electrical circuits where wire runs are limited in length, and recommended for use in applications up to 10A. This jumper wire is perfect for prototyping and troubleshooting, providing a safe, reliable, and easily identifiable housing that can be easily identified in a wiring diagram.

The H5BXT-10104-N7 is designed to be used in low-voltage and medium-voltage application fields. It features an insulating jacket that provides both electrical and mechanical protection. The jacket is made from a flexible PVC material that can withstand temperatures up to 130°C, making it perfect for use in high-temperature applications. The jacket also provides UV and water-resistant protection, making it suitable for outdoor use.

The working principle of the H5BXT-10104-N7 is quite simple. It consists of two pieces of insulated metal: one piece is the lead, while the other is the conductor. The conductors are connected to the power source, providing a path for electricity to flow from one point to another. When current is applied to the jumper, it provides a path for the current to flow through. The insulation on the leads prevents any electrical short circuits, making it safe and reliable.

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