77312-187LF

Rectangular Connectors - Headers, Male Pins are commonly used in a wide variety of applications, but in particular, the 77312-187LF is optimized for use in electronics applications. This particular type of connector features a low profile header design, which is suitable for use in high density electronic applications without much space being required.

The 77312-187LF is a header type connector that offers a compact and reliable way to interconnect between two components, making it suitable for a variety of applications. It has a low profile design that allows for better signal integrity and high-density assembly of components close together without worry. Low profile header connectors are commonly used in regulated power supplies and complex circuitry, such as motherboards, processor cards, and graphics cards.

The 77312-187LF connector has a set of pins on one side and a female port on the other. The pins are designed to carry electrical current directly from the source to the destination and the female port provides a secure locking mechanism which ensures a reliable connection between components. The connector also features a lanced eyelet design which ensures a uniform connection quality throughout the entire assembly and allows for improved signal integrity.

The working principle behind the 77312-187LF connector is relatively simple. Electrical current flows through the pins on one side which act as electrical paths for the current. This current then passes through the female port on the other side which is intended to provide a secure connection between components. The lanced eyelet design ensures a uniform connection quality which is crucial for reliable electrical connections.

Overall, the 77312-187LF is a low profile header connector that is designed for use in high density electronic applications. This connector offers a secure and reliable way to connect two components together, making it suitable for a variety of applications. Its lanced eyelet design ensures a uniform connection quality throughout the entire assembly and ensures better signal integrity.