0430310003-08-A2-D

Jumper Wires are used in electronic assemblies to provide an electrical connection between two points. Pre-Crimped Leads, on the other hand, are used when the terminal connections require a more secure and reliable connection than the jumper wires provide. This article will discuss the application field and working principle of 0430310003-08-A2-D.

Application Field: The 0430310003-08-A2-D is a Jumper Wire with a Pre-Crimped Lead. It is used for applications that require an electrical connection but also need a more secure and reliable connection than what is typically provided by regular Jumper Wires. This type of wire is often used in applications such as automotive and industrial wiring, and for connecting circuits on printed circuit boards. It is also commonly used for connecting sensors, actuators, and other inputs/outputs.

Working Principle: The 0430310003-08-A2-D jumper wire consists of a polyvinyl chloride (PVC) insulation jacket to protect the conductor inside and two wire ends that have been crimped together. The crimp connection provides a more reliable and secure connection than what a regular jumper wire can provide. The crimp connection is also designed to ensure proper fit and performance from the wire. The crimp connection will prevent slippage and other electrical issues associated with loose connections.

The crimp connection also helps to ensure that the connection remains secure and reliable during high temperature conditions and vibrations. It also provides an extra measure of protection to help prevent voltage drop or strain on the wire. The insulated jacket also provides protection against abrasion and short circuit due to its low dielectric constant.

Conclusion: The 0430310003-08-A2-D jumper wire with pre-crimped lead is a great option for applications that require an electrical connection, but also require a more secure and reliable connection than what is provided by regular jumper wires. The pre-crimped lead and PVC insulation jacket help to provide a reliable and secure connection that can withstand high temperatures and vibrations. It also helps to prevent voltage drops and shorts due to its low dielectric constant.