146-83-304-41-035101

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Sockets for ICs, transistors, and other electronic components have become an increasingly important part of modern electronics. 146-83-304-41-035101 is a type of socket that is used for electronic components. This article will describe the application field and working principle of this type of socket.

146-83-304-41-035101 is a single-in-line launch type socket for integrated circuits (ICs) or transistor components. This type of socket has a metal insert with several pins that match the pins on the IC or transistor component. The pins are soldered into position and extend through the sides of the socket, allowing the component to be inserted and removed from the socket. In order to fit into the socket, the component must have the same number of pins as the socket, which is usually two or four depending on the type and size.

146-83-304-41-035101 sockets are widely used in electronic application fields including telecommunications, aerospace, automotive, military, medical, consumer, and industrial electronic devices. A wide variety of socket types are used, including surface mount, axial, and gull-wing packages. The socket can also be used to attach various types of transistors, capacitors, resistors, and other technological components.

The working principle of 146-83-304-41-035101 is relatively simple. When an electronic component is inserted into the socket, the pins on the component align with the pins on the socket and make contact with the conductive material inside the socket. This material is usually made of a metal alloy such as tin or copper. The pins of the socket then enable the component to be connected to the circuit board, allowing it to receive power and data. The socket is designed to provide a reliable connection, protecting the component from damage due to vibration, shock, and heat.

In conclusion, 146-83-304-41-035101 is a single-in-line launch-type socket for integrated circuits and transistors. Its application field extends to various electronic devices in a wide range of industries. The working principle of the socket involves connecting the pins of the component to conductive material inside the socket, establishing a connection between the component and the circuit board. This socket is a reliable and secure connection for a wide range of electronic applications.

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