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Terminals - PC Pin Receptacles, Socket Connectors

The 0393-0-15-15-07-14-10-0 application field and working principle are utilized in a variety of different terminations. This includes receptacles, receptacle connectors, socket connectors, and pin connectors. A PC receptacle electrically connects two wires inside an electronic device. A socket connects to several forked pin connections, with the electrical connections being made by means of tabs or soldering. A pin connector is a connector with several small pins on one side that correspond to holes on the other side and are secured with bolts or screws.

PC pin receptacle connectors are usually used for connecting electrical signals between parts of a PCB or an electronic device, but they can also be used in other applications. Pin receptacle connectors are commonly used in systems where the contact of the pins must be broken and re-engaged many times in a short period. Pin receptacle connectors feature low insertion force, high reliability and a superior environment seal. Their contact area is usually made of solid copper or brass and the housing is usually made of thermoplastic or other synthetic material that can withstand temperature swings.

In terms of working principle, a PC receptacle follows a very simple process. When the contact pin is inserted into the connector, a spring-loaded cam follower presses it against the back wall of the receptacle, providing the necessary pressure and electrical contact. When the pin is retracted, the spring’s tension takes the contact out of the connector, disconnecting the two parts.

Socket connectors are used in a variety of ways in a variety of applications. Socket connectors are typically used as a means of connecting two separable pieces of electronic hardware, such as an IC package and a printed circuit board. This allows the parts to be easily connected and disconnected for a variety of purposes. Socket connectors are also commonly used in the automotive, medical, industrial, and networking industries. Additionally, they are often used in terminating electrical cables.

A socket connector consists of a housing, usually made from thermoplastic or other synthetic material, into which a series of forked pins are inserted. The pins are usually made from brass or copper. The pins are secured by a locking mechanism such as bolts or screws, and the contact between the pin and the contact area is made by solder. The contact area can be made from either solid copper or brass, and is usually protected by a thermoplastic insulating material.

A socket connector works by having the forked pins on one piece slide into corresponding holes on a second piece. When the two pieces are aligned, the locking mechanism secures the two parts, providing an electrical connection between the two components. The contact between the pin and the contact area is made with solder, providing an air-tight seal for the electrical connection.

The 0393-0-15-15-07-14-10-0 application field and working principle are utilized in a wide variety of terminal connectors, from PC pin receptacles and socket connectors, to pin and receptacle connectors. These connectors are commonly used in a variety of industries as a way to connect two or more pieces of electronic hardware quickly and efficiently. Understanding the different types of connectors available and their working principle is essential for any successful electronic component or circuit design.