510-87-145-13-041101

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Sockets for ICs, transistors, and other devices have become increasingly sophisticated in recent years. While standard sockets are still widely used, specific needs have driven socket designs to new levels of complexity. The application field and working principle of socket 510-87-145-13-041101 are discussed in this paper.

Socket 510-87-145-13-041101 is designed to connect integrated circuits (ICs) and transistors. This type of socket offers improved contact reliability and of course more pins than the basic types. It is widely used in industrial applications, computer motherboard applications, smartphones, and other applications that require miniaturization and high performance.

The socket is composed of an array of plated spring fingers connected by a printed circuit board (PCB) substrate. The PCB typically supports the entire socket, as well as allows for electrical signal conduction through the contacts of the socket. The plated spring fingers are designed to make contact with the pins of an IC or transistor when they are inserted into the socket. The use of the PCB also ensures that the socket remains stationary while the IC or transistor is in use.

The socket 510-87-145-13-041101 is also equipped with shielding technology. This helps to protect the IC or transistor from electromagnetic interference (EMI) generated by other components on the board or by an external source. The socket\'s shielding technology can also increase the signal integrity of the IC or transistor by controlling the coupling between high-frequency signals.

The socket is also designed to minimize the electrical noise generated during the connection. The contacts of the socket are designed with a very low resistance and minimal electrical leakage. This ensures that the signals from the IC or transistor remain as clean as possible.

To improve the lifespan of the socket, it is designed with wear-resistant contacts. This ensures that the contact area remains undamaged and is able to withstand repeated insertions and extractions of the ICs or transistors. The socket is also designed to be temperature tolerant and can be used in a wide range of operating temperatures. Additionally, the socket has a good sound insulation and damping property, making it suitable for applications that require minimal electrical noise.

In conclusion, socket 510-87-145-13-041101 is a sophisticated socket designed for ICs and transistors. It offers improved contact reliability, shielding technology, low contact resistance, and wear-resistant contacts. It can be used in a wide range of applications, ranging from industrial to consumer electronics. Through its advanced design and features, it ensures that the ICs and transistors remain reliable and deliver superior performance for a longer period of time.

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