H5BBT-10105-N2

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Jumper Wires

A jumper wire, also known as a jumper link, is a electrical wire or small flat cable of usually short length which is used to route signals or power within an electronic circuit. The primary purpose of a jumper wire is to modify the behaviour of an electronic device or component. It can act as a bridge to connect two points of a circuit that would otherwise be left disconnected, or to bypass a component from the circuit altogether. Soldering is not required when using a jumper wire and it is often placed over the two points to be connected as part of the circuit’s permanent design.

The common types of jumper wire include hook-up wire, telephone wire, flexible silicone wire, and ribbon cable. Hook-up wire consists of stranded or solid core insulated insulated conductors in an overall semi-rigid protective jacket. Used primarily for lightweight low-voltage applications, most telephone wires consist of stranded soft copper conductors enclosed in a flexible and non-rigid insulation. The flexible silicone wire is usually manufactured from low-temperature silicone-coated copper strands for heavy-duty insulated applications. Ribbon cable is a multi-conductor cable, in which multiple thin insulated conductors are laid into a single flat cable for rapid assembly and troubleshooting.

Pre-Crimped Leads

Pre-crimped leads are used when connecting wires, terminals, and other components together. These pre-crimped leads are essentially made using two pieces of metal that are crimped in place to form a robust, secure connection. This type of connection is ideal for applications that require a reliable connection even when subjected to vibration or other environmental conditions.

The two pieces of metal used to form the pre-crimped lead are generally copper crimp strips that have been pre-shaped into the desired shape for making the connection. The copper strips must then be crimped to the wire or terminal in order for the connection to be completed. Heat shrink tubing is then used to provide additional mechanical and insulation resistance to the connection. Pre-crimped leads are then often covered with a wire guard or wrap-around sleeve for further environmental protection.

H5BBT-10105-N2 application field and working principle

H5BBT-10105-N2 is a jumper wire that is designed to save space, time, and money when connecting two points of a circuit. This jumper wire is suitable for use in a variety of different applications, such as automotive, telecommunications, consumer electronics, and computer applications. Consistent with other jumper wires, H5BBT-10105-N2 works primarily by connecting two points in a circuit while providing enough slack that the wire can move without disconnecting. Additionally, this jumper wire also features a tin-plated copper conductor, an efficient insulation sleeve, and an overall semi-rigid protective jacket.

In terms of its working principles, the H5BBT-10105-N2 is designed to be placed over the two points to be connected, providing a reliable and secure connection. Additionally, the tin-plated copper conductor ensures that the connection remains in place even when subjected to vibration or other environmental conditions. Furthermore, the insulation sleeve and overall protective jacket make the connection perform more efficiently and resist damage from dust and other particles.

The H5BBT-10105-N2 jumper wire is an ideal solution for those who are looking for an efficient, space saving, and cost-effective connection between two points of a circuit. The tin-plated copper conductor and overall semi-rigid protective jacket make the connection reliable and secure even when exposed to vibration or other environmental conditions. Additionally, the insulation sleeve ensures that the connection performs at its optimal capacity, making the H5BBT-10105-N2 an ideal solution for a variety of applications across multiple industries.

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