116-87-308-41-009101

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Sockets for ICs, transistors, and diodes are very common and important types of electrical components. Socket connections are used for a variety of purposes, including connecting various electrical components, connecting microprocessors, and powering and measuring electrical signals. The application field and working principle of socket 116-87-308-41-009101 are briefly discussed in this article.

Application Field

Socket 116-87-308-41-009101 is widely used for electrical connections and communication at the PCB/component side level. This particular socket is suitable for standard through-hole, mounted components such as ICs, transistors, diodes, and connectors. Socket 116-87-308-41-009101 is often used in automated test systems, complex systems, and prototype boards. In addition, the socket is suitable for a variety of chip-packaging types used in these applications. One particular use of socket 116-87-308-41-009101 is for debugging. It is also used for applications such as RF and wireless communication, microprocessor-based control systems, embedded systems, and strain gauges.

Working Principle

Socket 116-87-308-41-009101 is a two-part interconnect system composed of a socket and a mating plug or connector. The socket typically houses a standard DIP or flat-pack Integrated Circuit (IC). The mating plug, in turn, contains several pins which make connections when the plug is inserted into the socket. The two parts are held together by mechanical means such as screws, screws with nuts, or adhesive. Socket 116-87-308-41-009101 has a glass-filled polyimide casing which ensures high insulation and prevents shorts or other electrical problems. The socket also features gold-plated contacts, which provide excellent electrical conductivity, and also enhance the mating socket\'s resistance to corrosion.

Socket 116-87-308-41-009101 works by allowing electrical signals to pass between the plug and socket connections. The plug contains a number of pins, which make electrical contact with contacts mounted on the socket. This connection allows information signals, such as digital and analog signals, to pass between the two parts. In addition, the socket provides power to the plug, allowing electronic components to be powered and operated. The electrical contact between the two parts is generally assured by a reliable design of the socket and plug.

Conclusion

Socket 116-87-308-41-009101 is a reliable and versatile electrical connection system designed for a variety of applications, including mounting ICs, transistors, diodes, and connectors. This two-part system works by allowing electrical signals and power to pass between the plug and socket. The socket has high insulation and gold-plated contacts, which provide excellent electrical conductivity and resistance to corrosion. Socket 116-87-308-41-009101 is commonly used in automated test systems, complex systems, and prototype boards, as well as for RF and wireless communication, microprocessor-based control systems, embedded systems, and strain gauges.

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