H6BBT-10112-G7

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Jumper Wires

Jumper wires are cables that are designed to connect two separate electrical components on a circuit board. Generally, they are used to make a connection between the power source and the destination device. They come in different sizes and gauges, and they have varying shapes and connectors. Generally, they are constructed with a single wire connected to a larger external conductor at the receptacle end, allowing for power transfer from the power source to the destination. The larger conductor can further be connected to a solderless receptacle, providing additional power transfer from the power source to the destination.

Pre-Crimped Leads

Pre-crimped leads are similar to jumper wires but are specifically designed for microelectronic components that require a secure connection for power. They are usually short wires with a small connector at one end, and a connector that is designed to fit into the circuit board or smaller components at the other end. The connector is crimped onto the wire during the manufacturing stage, providing a strong and reliable connection without soldering. The lead wires are usually made of thin, flexible materials like aluminum or stainless steel wires. The connectors can vary greatly in design and shape, depending on the application, but they often feature a locking mechanism to prevent unintended disconnection.

H6BBT-10112-G7 Application Field and Working Principle

The H6BBT-10112-G7 is a type of pre-crimped lead designed specifically for automotive and vehicle applications. It is used to connect switches, sensors, and relays to the vehicle\'s electrical system without the need for soldering. The pre-crimped lead is constructed from a copper wire surrounded by a PVC insulation material that is then crimped onto a small connector that fits into the circuit board. The connector also features an aluminum sleeve that provides additional protection against any interference.

The working principle of this lead is quite simple. When the connector is plugged in, it creates a connection between the power source and the destination device, allowing the electrical current to flow from one to the other. The lead is designed to provide a safe and reliable connection, preventing any unanticipated disconnection. The PVC insulation material protects the copper wire from any external interference, while the aluminum sleeve provides additional protection against any heat or other interference.

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