H3BXT-10102-S4

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Jumper Wires

Jumper wires are used to physically connect two points in an electronic system to each other. Most often these wires are formed into a pre-manufactured cable assembly or a custom cable harness. Jumpers have two main types of uses, one is to allow a low-level signal to pass quickly between circuit board traces, and the other is to route circuit signals from one part of the board to another. They are usually made using either copper-clad aluminum (CCA) or solid copper wire.

Pre-Crimped Leads

Pre-crimped leads are special jumpers that are specifically designed to mechanically connect two points in an electronic system. The jumpers are pre-crimped to have a connection point at one end, and the other end is left open for use. Pre-crimped leads are used in a much different way than normal jumper wires, they are designed to be mechanically attached to external components, as opposed to just connecting two traces. This allows for a more secure connection to the board, as the leads are crimped and will remain in contact with the board until removed using proper tools.

H3BXT-10102-S4 application field and working principle

The H3BXT-10102-S4 is a high-density, robust jumper cable assembly that is used for connection of power supplies, sensors, motors, and other devices in applications such as industrial control systems and automotive systems. It is also suitable for connection of audio and video equipment. This jumper cable is composed of two shielded twisted pair cables, each with two leads. The cable is constructed with tinned copper strands and PVC insulation, and each lead is protected with a plastic overmold to guard against abrasion and shock. The cable is preterminated with two AMP-type 5-way header connectors.

The H3BXT-10102-S4 utilizes differential signaling to provide reliable and repeatable electrical communication between connected components. In differential signaling, data is transmitted over two wires, each carrying electrical pulses of opposite polarities. At the receiver, the difference in voltage between the two signals is detected, which is resistant to common mode interference or noise. Differential signaling is used for communication of low-level signals, such as digital ones and zeros, with highly reliable results.

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