0500588000-04-W1-D

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Jumper wires are short wires used to bridge together two electronic connection points. They’re also known as jumper cables, jumper leads, or sometimes just “jumpers” for short. Pre-crimped leads are another type of jumper wires that feature a lead or connector pre-crimped and pre-terminated on each end. In contrast, jumper wires use a component such as a terminal block which can be connected to wire for easy installation. 0500588000-04-W1-D is a type of jumper wires made from high-temperature thermoplastic polyvinyl chloride (PVC). It has a 24 AWG stranded conductor and is UL VDE approved.

The application field of 0500588000-04-W1-D is the connection between electronic components, circuits, sensors and systems. It can be used to interconnect two pieces of equipment or provide a direct connection. It is also commonly used for bridge grounding in power distribution and in electrical and electronic installation. Additionally, 0500588000-04-W1-D is ideal for prototyping and testing, as it can easily be cut to length and connected to test leads.

The working principle of 0500588000-04-W1-D is based on the electrical and mechanical properties of PVC. The conductive strands of PVC are connected together by an adhesive and heated for a specific period of time under pressure to form a tight connection between the strands. This connection provides a low resistance path to conduction of electricity. The connection is also designed to withstand vibration, movement and tension, making it suitable for use in high vibration environments such as automotive and marine applications.

In summary, 0500588000-04-W1-D is a type of jumper wires made from high-temperature thermoplastic polyvinyl chloride (PVC). It is used for the connection between electronic components, circuits, sensors and systems and can be used for bridge grounding in power distribution and in electrical and electronic installation. It works by connecting the conductive strands of PVC together by an adhesive and then heating for a specific period of time under pressure to form a low resistance path to conduction of electricity. As such, it is suitable for use in high vibration environments such as automotive and marine applications.

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