1722533123-04-N0

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Jumper Wires

Jumper wires are used to connect two components within an electronic circuit. The term "jumper" refers to the wires that connect the two components together in order to form a complete circuit. These jumper wires come in a variety of shapes, sizes, and colors. In addition, some jumper wires are equipped with clips or other connectors for ease of connection. The length of the jumper wire to be used will depend on the application it is intended for.

Pre-Crimped Leads

Pre-crimped leads are the terminals typically used with jumper wires. They are designed to provide a secure connection between jumper wires and other components in an electrical circuit. Pre-crimped leads are available in a variety of sizes and shapes, so it is important to choose the correct lead for the application. The most common type of pre-crimped leads are insulation displacement connectors (IDC), which are designed to ensure a reliable electrical connection.

1722533123-04-N0 Application Field and Working Principle

1722533123-04-N0 is a type of jumper wire, specifically designed for automotive and communications use. It is a Type C wire, which means it has 4 overall strands (2 non-professional and 2 specialized) with a stranded 24AWG center conductor. The specialized strands can be used in crossovers and splices, allowing the wire to carry current as a bridge between components in an automobile, such as speakers, radios, and batteries. The high-performance insulation used, Kinked-Polyethylene, provides additional flexibility and protection against an array of environmental elements. The insulation adheres tightly to the conductor, transforming into a low resistance wire. In addition, the polyethylene insulation is temperature and chemical resistant. As such, it is suitable for a wide variety of applications.

When the 1722533123-04-N0 wire is used, the electrical current travels through the conductor strand, from the start of the jump to the end. This is known as the working principle of the jumper wire. In order for the current to travel safely and effectively, it must be insulated properly. This insulation serves as a barrier between the conductor and external objects that could cause damages to the wire, such as heat, moisture, and other contaminants. With the specialized strands, the wire can be used for crossovers and splices, making it a versatile and reliable suit for wiring in automotive and communications applications.

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