H2AXT-10104-A4

Jumper Wires

Jumper wires are made with a solid conductor or multi-stranded cable, and manufactured to a variety of lengths. The components used to make the jumper wire, such as a connector, connector block, cable jacket, wire gauge, etc. will vary depending on the application. Jumper wires are generally used to connect two or more points in a circuit, either electrically or optically.

Examples of applications for jumper wires include LED lighting, communications systems, general industrial machinery, and automotive wiring. Jumper wires can be used to extend or bridge devices such as relays, buttons, switches, LED or incandescent lighting, signal lights, etc. They can also be used in power supplies that use a spring-loaded connector to provide a voltage drop across the wire.

Pre-Crimped Leads

Pre-crimped leads are specific types of jumper wires that have been pre-crimped at the factory. Pre-crimp technology makes it easier to produce a consistent product that performs better in a wider range of applications. This is important because a precise connection between components is vital to ensure the safe and reliable operation of any system.

The advantages of pre-crimped leads include a precise and consistent connection, higher quality connections and faster assembly. This type of jumper wire is used in a variety of industries ranging from consumer electronics, automotive, and industrial automation. Examples of applications for pre-crimped leads include driving motors, controlling sensors, and connecting electrical components in a circuit.

H2AXT-10104-A4 application field and working principle

H2AXT-10104-A4 is a type of pre-crimped leads used in many industries for mainly low voltage applications up to 250V. The connector block consists of a standard size 5.08mm pitch connector and an integrated strain relief that provides a secure connection. It has a maximum current rated at 10A and is made of tin-plated copper. The insulation material is a thermoplastic, polyethylene which will protect the wire from short circuits, moisture, abrasion, and mechanical stress.

The working principle of this wire is based on the electrical characteristics of the wire, and the insulation. The copper conductor is used to provide a path for electrical current to flow along, and the insulation is used to provide mechanical support and prevent any shorts or sparks between the wires. The insulation also provides a barrier from environmental factors such as moisture and dust. The strain relief ensures that any physical stress on the wire is evenly spread around the connector block, reducing the chances of the wire breaking over time.