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Terminal blocks and headers, plugs, and sockets are components commonly used in industrial and electronic equipment for connecting electrical circuits. These components are made up of two plastic parts, which are bonded and sealed with a variety of conductor and insulation materials. The purpose of these components is to allow for the secure transfer of power from one circuit to another.

The basic design of a terminal block consists of two main parts, the insulator and the terminals. The insulator is the part that holds the two pieces together and consists of non-conducting materials such as plastic, nylon, or ceramic. The terminals are the conductive elements that make the electrical connections. The two terminals are usually shaped into a U or V, which is designed to grip the two wire ends when pressure is applied. This type of design is known as the “molded terminal block” or “mount”.

Headers and plugs also use two plastic parts that form a housing for the electrical connection. Headers typically use one plastic part and a metal plug. The metal part provides the electrical contact and the plastic part provides insulation. Plugs are two plastic parts fitted into an insulator. The two parts can be used to connect electrical wires or other components, such as a switch.

Sockets, on the other hand, are designed for connecting one device to another. They consist of two parts, an insulator and a socket. The insulator is usually made up of non-conducting materials such as plastic, nylon, or ceramic and contains a pin or two. The socket part is usually made up of metal that is configured to fit the pin or two of the insulator. The socket is designed to accept the connection of a second wire or conductor.

Terminal blocks, headers, plugs, and sockets are all essential components for connecting electrical circuits. They provide a secure, reliable connection that can be used in a variety of industrial and electronic applications. They are especially useful in areas where a connection needs to be made without any risk of a short circuit or other electrical problems. When properly designed and used, these components can ensure that the circuits within a device are connected correctly and operating properly.

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