511-93-179-18-117002

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Sockets for ICs, Transistors

The 511-93-179-18-117002 is a socket for integrated circuits, transistors and other components commonly used in the automotive and electronics industries. It was designed to allow easy connection and disconnection of circuits to reduce time and costs associated with replacement or assembly. The socket consists of a plastic housing with a metal contact that lines the perimeter.

The 511-93-179-18-117002 socket is a two-piece design that allows for easy assembly and disassembly. The socket is designed to accommodate a wide variety of circuit elements including ICs and chips. The contact lining the perimeter of the housing is made from a metal material that is both electrically and thermally conductive. This metal lining is connected to an insulation-backed circuit board with a pin design. The pins are spaced evenly around the circumference of the socket and numbered for easy identification.

The sockets are designed to withstand a high degree of shock, vibration, and temperature extremes. This makes them ideal for use in high-traffic and rugged environments such as automotive and marine construction. The metal contact lining the perimeter of the housing also helps to dissipate heat away from the components, reducing risk of thermal damage.

Application of the 511-93-179-18-117002 socket is straightforward. A component is inserted into the housing and the pins are aligned with the holes in the circuit board. The socket is then inserted into the board and secured with screws or clips to create a secure electrical connection. Removal of the socket is just as easy; simply unscrew or release the clips, lift the socket out of the board, and remove the component.

The 511-93-179-18-117002 is an efficient and robust option for connecting integrated circuits, chips, and transistors to circuit boards. The metal contact lining the perimeter of the socket is both electrically and thermally conductive, providing superior performance and heat dissipation. The socket’s two-piece design and small footprint make for easy assembly of circuit components while its rugged construction ensures durable performance in high-traffic and extreme temperature environments.

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