CLP-145-02-G-D

Rectangular Connectors - Headers, Receptacles, Female Sockets

CLP-145-02-G-D is a type of rectangular connector, which is primarily used to connect two electronic circuits together. Since its introduction, it has become a popular connector among many manufacturers and consumers due to its multipurpose functionality, reliability, and durability. This connector is available in various configurations and finishes and is suitable for applications requiring both high and low power.

The connector is made up of a male connector (header) and a female connector (receptacle), connected by two or more pins. The male connector, typically referred to as the header, has a protruding part that is designed to fit into the receptacle and hold it firmly in place. The pins on this connector are typically made of brass, although some manufacturers may use other materials. The receptacle is normally made of plastic and is designed to fit into the header in order to make a secure connection.

When used in a circuit, the header and receptacle are connected via a conducting pin, providing electrical contact between the two pieces. The contact between the two pieces is maintained through the use of an internal spring, which deflects under pressure to make and maintain a connection. This ensures a reliable connection that is not affected by external forces or vibration.

The CLP-145-02-G-D is designed to be used in a wide range of applications including automotive, industrial, consumer electronics, and computer peripherals. It can be used in circuits carrying both digital and analog signals as well as both AC and DC power. Its design allows for protection against interference from external sources and can be used in both high-temperature and low-temperature applications.

Because of its durability and reliability, the CLP-145-02-G-D connector is a popular choice for many residential and commercial applications. In addition to its longevity, this connector is also known for its affordability and its ability to be adapted to many different types of circuits. This flexibility makes it an attractive choice for many manufacturers when designing new electronic products.