116-83-308-41-001101

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To meet the increasing demand for high performance and small size components, manufacturers have developed components such as Sockets for ICs, Transistors, as well as 116-83-308-41-001101. The application and working principle of such components shall be illustrated in details in this essay.

116-83-308-41-001101 Application Field

116-83-308-41-001101 is a type of socket designed for thin film components, which has been widely used for the extension of the life of thin film component and the improvement of reliability. The application fields of such sockets are mainly in the following fields:

• The aerospace industry: These sockets are designed to be used in the harsh condition of in low-earth orbit environment and other hostile environments. The sockets must not only be able to meet the high frequency requirements of high-speed Aerospace communications, but must also have the capability to freeze in temperature below-100 and withstand thermal shock.
• The automobile industry: 116-83-308-41-001101, due to its miniature size and high-frequency, is widely used to replace bulky automative components thus improving the efficiency and accuracy of the auto parts.
• Industrial automation: As industrial automation is rapidly developing, this type of socket has become increasingly popular due to its high-speed operability and small size.
• The medical industry: Due to its high-frequency and small size features, this type of socket is often used in communication equipment designed for medical applications, such as x-ray examination machines, scanning machines, and magnetic resonance imaging.

116-83-308-41-001101 Working Principle

116-83-308-41-001101 has a variety of mounting configurations to provide efficient and reliable electrical connections. The standard version is used for ICs and transistors, and provide a secure connection between them, while the extended version is for larger components to improve electrical and mechanical performance.

The working principle of the 116-83-308-41-001101 socket includes several parts. Firstly, the terminal contact surface of the socket is designed to reduce the insertion and withdrawal force of the interface pin. This allows the stable connection of the component to prevent signal distortion, and thus ensure high-precision data transmission. Secondly, the socket is designed with a robust gripping system, which keeps mechanical stability of the socket while preventing deformation due to vibration or current load.

In addition, the socket is also designed with automated ground center pin connection. This feature prevents accidental contact distortion and reduces contact resistance.The socket also utilizes a spring contact system to provide a highly reliable electrical contact between the component and the board, and at the same time ensures optimal contact force regardless of the vibration or current load.

Conclusion

In conclusion, 116-83-308-41-001101 socket provides an efficient and reliable electrical connections with a variety of mounting configurations that is widely used by various industries for extension of life of thin components and improvement of reliability. It utilizes a robust gripping system, automated ground center pin connection and spring contact system to provide stable connection and highly reliable electrical contact.

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