34-7650-10

Sockets for ICs, Transistors are kinds of connecting devices used to connect integrated circuits (ICs), transistors, or other components, typically within electronic systems such as computers and other electronic systems. A 34-7650-10 socket is a type of socket that consists of a group of 10 pins arranged in a 2 row by 5 column copper plated array. The socket is constructed from electroless nickel-plated steel and has a metal contact surface that increases the contact area and reduces the contact resistance. The socket also has a cam-lock feature that locks the contacts into place for accurate connection and reliable operation.

The 34-7650-10 socket is designed for use with 10-pin ICs and transistors such as the L78M79A, L78M75A, and L78M83A. This socket provides a reliable connection for ICs and transistors to their circuit boards. This reduces the risk of damage to ICs and transistors during installation or when they are moved. When using this socket, it is important to make sure that the pins are properly aligned to ensure a reliable connection.

The 34-7650-10 socket is designed for use in a wide range of applications, both in general consumer electronics and in more specialized and industrial fields. These applications typically involve circuits that require a reliable connection and high performance, such as in automotive electronics or professional audio systems. In automotive electronics, the 34-7650-10 socket can be used for connecting DC motors, transistors, or control systems. In professional audio systems, it can be used for connecting equalizers, processors, compressors, and other signal processing components. It is also often used in LED lighting systems.

The working principle of the 34-7650-10 socket is simple. When an IC or transistor is inserted into the socket, the cam-lock feature locks the connection into place and the pins make contact with the contacts on the socket. This connection transmits data and power to the IC or transistor, allowing it to operate and communicate with other parts of the circuit. The socket is designed to provide a low electrical contact resistance, which improves signal quality between the ICs and transistors. By providing a reliable and efficient connection, this socket brings greater flexibility and reliability to circuits, allowing them to quickly and efficiently transmit data and power.

In conclusion, the 34-7650-10 socket is a useful and reliable connector for ICs and transistors. This socket has a cam-lock feature that locks the contacts into place and has a low electrical contact resistance, making it suitable for a range of applications. From automotive electronics to professional audio systems, this socket provides a reliable and efficient connection, allowing ICs and transistors to quickly and reliably transmit data and power. In short, this socket is an essential part of any circuit, ensuring a reliable and efficient connection between components.