H4BXT-10112-R1

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Jumper Wires

Jumper wires are electrical connection that is used to join two electrical components without the use of a soldering iron or other soldering equipment. This can be done quickly and easily when the two components need only to be connected on the same circuit. The jumper wire is also useful when creating a prototype circuit without solder. They are available in various lengths and colors and come in pre-crimped leads for added convenience.

Pre-Crimped Leads

Pre-crimped leads are electrical connections that have been “pre-crimped,” meaning that the wire has already been lifted and shaped specifically for the project. Pre-crimped leads simplify the wiring process significantly, and are often used with breadboards or other prototyping materials. By using pre-crimped leads, you can save time and have a longer-lasting connection between components.

H4BXT-10112-R1 Application Field and Working Principle

H4BXT-10112-R1 is an interconnect jumper wire used in many applications. It utilizes flat 0.1 inch wide pitch looping terminal header and connectors, with a maximum current rating of 12A and a total length of 12 inches. The looping contacts allow connection of multiple pins on the same wire when compared to ribbon-style cables. The terminals are pre-crimped, meaning they do not need to be further pinched, allowing for a secure and long-lasting connection.

The working principle of the H4BXT-10112-R1 involves connecting the terminals from two components into the pre-crimped looping contacts of the jumper wire. The looping contacts then latch on securely and provide a reliable connection between the components. The pre-crimped terminals are designed to ensure a reliable and efficient connection that can withstand significant vibration and heat levels, making them suitable for use in industrial and automotive applications.

The H4BXT-10112-R1 is also designed for easy installation and use, with its high-quality components ensuring a long service life. The jumper wire is often used in a variety of applications such as powering up computer systems, connecting microcontrollers and microprocessors, and connecting digital sensors and other measuring devices. It is also commonly used in automotive and industrial applications, thanks to its superior performance.

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