3-822516-2

Sockets for ICs, Transistors

The 3-822516-2 socket is designed to cradle integrated circuits (ICs), as well as other small electronic components, such as transistors and diodes. The socket provides electrical and mechanical connections between an IC and a printed circuit board (PCB). Its robust design enables it to address both higher power consumption and environmental conditions.

The socket features three main components; a three-piece, open PCB that provides contact points, a dielectric insulator that acts as a thermal barrier, and two metal tabs that provide the ground connection. The PCB has two flat surfaces, a middle and top, that can be populated with various components. The top surface typically has the contact points for the IC while the bottom surface typically has contact points for the components. The two metal tabs provide the ground connections for the socket.

The 3-822516-2 socket’s application field includes ICs, transistors, and related components. Its working principle is based on electrical connection. When the board is populated with the desired components, the metal tabs provide the ground connection to the board, thus enabling the ICs and other components to form an electronic circuit. The socket provides a secure connection between the ICs and the board that is both reliable and efficient. It also helps to ensure the ICs remain in their respective positions and remain insulated from the environment.

The socket is further enhanced with several features that contribute to its performance. It has an advanced thermal barrier that enables heat dissipation from the socket, thus improving the overall cooling of the ICs. It also has a non-skid base that helps to keep the socket firmly in place on the PCB and helps to minimize accidental movement of the socket. The socket is also constructed from durable, non-corrosive materials that are designed to last and handle heavy usage.

The 3-822516-2 socket is a reliable and dependable tool for connecting ICs and transistors to PCBs. Its advanced features and robust design ensures excellent performance under any environment. Its efficient working principle enables it to maintain secure and reliable connections between ICs and their respective boards without any difficulties. Its application in ICs, transistors, and related components is a testament to its usefulness and effectiveness.