FTSH-107-01-G-D-LC

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Among the many types of electronic connectors, FTSH-107-01-G-D-LC rectangular connectors are commonly used. This article will briefly discuss the application fields and working principle of this type of connector.

Headers, also known as pin headers, provide a low cost electrical connection between a circuit board and a cable or other wiring harness. FTSH-107-01-G-D-LC male pin headers are designed for use in applications where a cost-effective solution is needed and where electrical mating of signals is relatively low. These connectors are commonly used in consumer electronics (e.g. cell phones, gaming systems, etc.) where space and cost considerations are important.

These types of headers are composed of two parts: the male connector and the female connector. The male connectors are short pins made of metal, typically nickel-plated brass, and are available in a variety of pin counts and sizes that are compatible with the standard motherboard headers. The female connector, also known as the header block, is composed of a plastic housing that’s soldered onto the printed circuit board and contains the necessary pin sockets for mating with the male pins.

The working principle of FTSH-107-01-G-D-LC rectangular connectors is simple and based on a standard electrical connection. When the two parts are mated, the male pins make contact with the female sockets to create an electrical connection that facilitates the transfer of signals between the two components. The mating process is secure and reliable due to the use of a locking system, which prevents accidental disengagement and ensures that the connection is secure during use.

In conclusion, FTSH-107-01-G-D-LC rectangular connectors are widely used in a variety of applications due to their low cost, simple working principle, and reliable electrical connection. These connectors are available in a variety of pin counts and sizes to meet the needs of any project. By understanding the application fields and working principle of this type of connector, users can ensure that their projects will operate reliably and efficiently for years to come.

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