0500798000-03-A8

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Jumper Wires

Jumper wires are typically used for short-term connections in prototyping circuits. Jumper wires are made of insulated single-strand wire, usually in the range of 24–26 AWG, which carries a current of up to 5 Amps. The ends of the wire are usually terminated with straight 2.54mm header pin connectors and are thus easily plugged into breadboard sockets or test probes. The wires are usually 1–3 inches in length and can come in a variety of colors. Jumper wires come in kits or as individual components, based on the user’s requirement.

Pre-Crimped Leads

Pre-crimped leads are made from stranded wire with crimped ends and are usually used for wiring applications requiring a more permanent connection than a jumper wire. The wire is typically made from UL-certified AWG stranded copper with HD 600–1440 insulation. Typical pre-crimped leads are 2–12 inches in length, with an average range of 4-6 inches. The wire ends are terminated with either terminals, open-barrel connectors, or more commonly with 2.54mm header pins.

0500798000-03-A8 Application Field and Working Principle

The 0500798000-03-A8 is a multipurpose adapter suitable for making secure connections in a wide range of applications. The adapter is composed of a male and female 2.54mm header connector pairs and is designed to easily connect and disconnect the connection points. This adapter can be used in numerous applications such as robotics, automotive, consumer electronics, industrial, and medical.

In order to ensure secure connections, the 0500798000-03-A8 harnesses the use of quality construction and excellent workmanship. The adapters provide reliable connections due to the use of materials such as tin-plated copper alloy terminals and a low-resistance outer insulation cover. The adapter also uses a strain-relief system, which is designed to reduce stress in the wires, ensuring there is no damage during frequent connections. Lastly, the adapter uses dual contact points for each of the header pins which increase the contact surface area, ensuring a firm and reliable connection between the two elements and also preventing electrical arcing and signal loss.

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