241-06-1-03

Sockets for ICs and transistors are utilized to facilitate and secure connections between other electronic components on a printed circuit board. Manufacturers employ sockets for different purposes, such as shielding the device from interference, serving as a specialized mounting system, and dissipating heat. The specific purpose of each application depends on the requirements of the device, and on the design of the individual socket.

241-06-1-03 Application Field and Working Principle

The 241-06-1-03 socket is a replacement socket for integrated circuits. It was specifically designed for use with ICs (Integrated Circuits, also known as "chips") and DIPs (Dual In-line Packages) in an 8-pin configuration. The ICs are inserted into the socket, which serves both to secure them in place and to connect them to other components on the board. The socket is designed to dissipate heat from the ICs, reducing their probability of failure due to excessive heat build-up inside the IC. This socket is also intended to reduce the possibility of short-circuits or other malfunctioning due to static electricity.

The socket features two rows of 8 contacts, which are connected to the ICs in an 8-pin configuration. The contacts are made of copper-plated nickel, for improved durability and corrosion resistance. The contacts are also gold-plated, to increase their conductivity and reduce the chances of a short circuit. The design of the socket ensures that the 8 contacts of the ICs do not come into contact with each other.

The 241-06-1-03 socket is designed to withstand temperatures up to +150°C, and is also protected against dust and humidity. It is designed to be mounted on a printed circuit board, and is also compatible with standard IC sockets. This socket is commonly used in applications such as embedded systems, automotive electronics, telecommunications systems, and industrial electronics.

The 241-06-1-03 provides reliable connections between ICs and other electronic components on a printed circuit board. It is designed to reduce the possibility of short-circuits and other malfunctions due to static electricity or excessive heat. The socket is also designed to withstand temperatures up to +150°C, and to provide a secure mounting system for ICs in an 8-pin configuration. It is a reliable and effective solution for secure connections between ICs and other electronic components.