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Sockets for ICs, Transistors

123-87-314-41-001101 sockets are often used in many electronic components. They are a type of connector that is used in order to connect one part of an electrical or electronic system to another. This type of connector is often used to house integrated circuits (ICs), transistors and other components. It is designed to protect the components and to provide a solid connection point between them.

A socket, such as the 123-87-314-41-001101, is made up of two main parts: the socket itself, which is the part that houses the IC or other component, and the connector pins, which are the prongs that interface with the other components. The socket is typically made of plastic and is designed to ensure that the electrical connection between the components is solid and secure. The pins are typically made of metal and are designed to fit the required size of the component they are connecting to.

The most common application of 123-87-314-41-001101 sockets is in the electronics industry. They are often used to connect devices such as computers, routers, and other electronics together. This type of socket is also popular for connecting ICs and transistors to printed circuit boards (PCBs). This is because the socket has a low profile and is designed to work with a wide variety of components and PCBs.

The working principle of a 123-87-314-41-001101 socket is that a user inserts the component, such as an IC or transistor, into the socket and then slides the connector pins into the appropriate holes on the board. The metal connector pins then protrude from the other side of the board, allowing the component to be connected to the board and other devices. The connection between the pins and the PCBholes is what ensures a solid and secure connection.

In conclusion, 123-87-314-41-001101 sockets are widely used for connecting integrated circuits and transistors to PCBs. They are an important part of the electronics industry due to their low profile and the fact that they are designed to work with a wide variety of components and PCBs. The working principle of such a socket is that a user inserts the component into the socket and then slides the connector pins into the appropriate holes on the board. This ensures that a reliable and secure connection is established.

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