VF3650510000G

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The VF3650510000G terminal block is a valuable component for many electronic applications. It is a two-part terminal block composed of a header that is mounted on the motherboard, and a plug that is connected to the cable assembly. This terminal block is used for a variety of wiring and power control applications.

The VF3650510000G is an insulated wire connection solution that is also easy to use. It uses a two-part, flat construction that is easy to assemble and allows for a wide range of wire gauges to be used. The plugs are designed with a cap that snaps into the header and ensures secure and reliable connectivity. The insulation of the plugs also ensures that there is no contact between adjacent connections.

The VF3650510000G terminal block\'s main application field is power control in electronic circuits. It is the ideal solution for wiring and power distribution in consumer and industrial electronics. It can also be applied to automotive applications, communications and industrial automation, lighting controls, and instrumentation.

The terminal block\'s working principle is based on an easy tool-less wire assembly. The plug part is designed with a cap that snaps into the header, while the insulation of the plug ensures that there is no contact between adjacent connections. The plug also features a crimp map for ensuring wire alignment that eliminates the difficulty of assembling the connecting cable assembly.

In summary, the VF3650510000G terminal block is an easy-to-use solution for power control applications. It is a two-part terminal block composed of a header that is mounted on the motherboard, and a plug that is connected to the cable assembly. It uses a two-part, flat construction that is easy to assemble and is designed with a cap that snaps into the header and ensures secure and reliable connectivity. It is the ideal choice for consumer and industrial electronic applications, automotive applications, communications and industrial automation, lighting controls, and instrumentation.

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