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HTSW-142-09-L-T-RA application field and working principle

The HTSW-142-09-L-T-RA is a rectangular connector, header, male pin with an array of multiple 9-position flat contacts. It is manufactured for the purpose of providing electrical connection and signal conversion between integrated circuit cards, components, and electronic circuits.

The HTSW-142-09-L-T-RA connector is used extensively in the fields of aerospace, defense, industrial, consumer electronics, medical, consumer electronics, and automotive products. It is designed to provide a reliable, cost-effective, and easy-to-use solution for applications such as plugging and unplugging, circuit testing, and system control.

HTSW-142-09-L-T-RA Working Principle

At its core, this connector works on the principle of inductive coupling. Specifically, inside the connector are several small, flat contacts that are connected to a wire or transmission line. When a load is applied to the contacts, the electromagnetic field created around them induces a current in the transmission line, and this current is then sent to the desired destination. As such, this connector is an example of an inductive coupling method, whereby an electromagnetic field is used for the transmission of electrical signals.

The HTSW-142-09-L-T-RA is also known for its low cost, high performance, and rugged design. It utilizes a combination of conductive and non-conductive materials such as contacts, insulation, and insulation clips to ensure optimal performance in a variety of applications. Furthermore, it is designed to offer superior protection from moisture, heat, vibration and other environmental elements.

Conclusion

The HTSW-142-09-L-T-RA is a reliable, cost-effective, and easy-to-use rectangular connector, header, male pin with an array of multiple 9-position flat contacts. Its principal working principle is inductive coupling, whereby an electromagnetic field is used to transfer electric current. In addition, it is designed to be both cost-effective and durable, providing reliable and consistent performance in a variety of applications.

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