75160-150-05LF

Rectangular Connectors, often known as Headers, Male Pins, are among the most popular and commonly used types of connectors. They facilitate quick and reliable connections, making them perfect for applications involving large amounts of data transmission.

75160-150-05LF Application Field and Working Principle

The 75160-150-05LF Rectangular Connector Header, Male Pins is ideally suited for a wide variety of applications, ranging from automotive electronics and medical equipment to consumer electronics and military electronics and telecommunications. This type of connector is a two-pin terminal block assembly, which have 25 poles per inch, and are available in two sizes of 15mm and 18mm. The 75160-150-05LF comes with a rugged nickel-plated steel pin with a captive retaining clip mounted in a backplane-compatible header. It is designed to ensure a secure and reliable connection on both mating devices, and is also designed to allow the pin to firmly grip the PCB with a minimal amount of friction. The 75160-150-05LF also comes with thermoplastic pins, which are designed to withstand temperatures up to 65°C (150°F).

The working principle behind this type of connector header is that the pin on the connector is inserted into a header that is either mounted on a board or directly on a housing. When the pin is inserted, it creates a mechanical connection between the two components. The pin also creates an electrical connection between the two components when it passes through the header. This allows for a high speed data transfer to take place between the two components, providing reliable data transfer.

The 75160-150-05LF connector headers are designed to provide a reliable connection between two devices or components. They are designed to be easy to install and maintain, and they are also designed for a wide range of applications. These types of connectors are perfect for applications that require a quick and reliable connection, and they are also perfect for applications that involve large amounts of data transmission.