0395332924

Terminal Blocks - Headers, Plugs and Sockets

0395332924 terminal blocks are a vital part of any electrical system. They connect different circuits and enable a safe connection between them. In order to facilitate this, terminal blocks are divided into categories, namely the headers, plugs and sockets.

Headers

Headers are the metal pieces that are mounted on the PCBs in order to provide physical and electrical connections between them. They are usually used for devices which will be surface mounted on the PCBs. Headers usually include two pieces, one for power and the other for signal. The power pins of a header are generally longer than the signal pins, as they must make a more reliable connection.

Plugs

Plugs are used to connect one circuit to another. They have two components, the plug and the socket, which are connected together via a male and female connector. Plugs provide a secure connection and are usually used for fixed connections, as the plug cannot be disconnected without physical intervention. The most common types of plugs are D-subminiature and banana. D-subminiature plugs feature two rows of pins and can support up to nine lines. Banana plugs have two larger pins surrounded by a metal sleeve.

Sockets

Sockets are the female part of a plug connection. They are typically mounted on the PCB to provide a connection for a plug or header. The most common type of sockets are D-subminiature or banana sockets. D-subminiature sockets are similar to plugs and feature two rows of pins that are used for power and signal. Banana sockets have two larger pins and a metal sleeve for protection.

The 0395332924 terminal block is an essential component in any electrical system. It enables a safe connection between two different circuits, and provides a secure and reliable connection. The terminal block is divided into three categories, namely the headers, plugs and sockets. Headers provide a physical and electrical connection between two separate PCBs, while plugs and sockets provide a secure connection between two circuits. With this understanding of terminal blocks, one can now design, implement and maintain an electrical system safely and effectively.