115-83-652-41-001101

115-83-652-41-001101, otherwise known as a socket, are devices used to safely and easily connect integrated circuits (ICs), transistors, and other electronics components to a circuit board. The socket is a physical and electrical interface designed to temporarily connect an IC to a circuit board before it is soldered in place. The socket acts as a mechanical holder for the IC which allows the IC to be easily replaced and is electrically connected to the circuit board.

The socket\'s contacts are designed to provide the optimal electrical connection between the IC and the circuit board. Special contact fingers in the socket\'s contacts are designed to firmly grip the IC, preventing it from slipping off. IEC standard 6041-5-4 requires contact forces between 0 and 0.6 Newtons, but the actual amount varies depending on the manufacturer and type of socket. The contact forces must be carefully matched to the characteristics of the IC. A well-designed socket provides the lowest possible contact resistance for reliable operation and helps dissipate heat generated by varying currents.

The contacts of the socket should also be designed in such a way that they can handle vibrations and the electrical noise generated by the operation of the IC. The electrical noise must be prevented or minimized to ensure proper operation of the IC and the circuit board. The socket should also be able to provide a reliable and good connection between the IC and the circuit board when the system is operating at different temperatures.

The socket must also be designed so that it can be removed and replaced easily. The socket should be designed to provide a secure and reliable connection without requiring special tools or additional parts. It should also provide an easy means for connecting the IC to the circuit board and should be able to do so without damaging the IC or circuit board.

The choice of socket should also accommodate the size, shape, and pin requirements of the IC. The socket should be able to accept the IC in any orientation and should also be able to accommodate ICs with different shapes. In addition, the socket should be designed to prevent short-circuiting, over-voltage, and over-current damage to the IC.

In addition to providing the necessary connections between the IC and the circuit board, the socket should also be designed to provide adequate protection for the IC. The socket should be designed in such a way that it can provide both mechanical and electrical protection for the IC. Special insulation and shielding should be built into the socket to prevent electrical damage from induced fields, such as EMI (electromagnetic interference).

In summary, 115-83-652-41-001101 sockets are an essential component of IC design, providing reliable and safe connection between the IC and the circuit board. The selection of the appropriate socket is critical to ensure safe and reliable operation of the IC. The socket should be carefully matched to the requirements of the IC and designed to provide adequate electrical protection and mechanical stability.