123-41-628-41-001000

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Sockets for integrated circuits (ICs), transistors, and other related components have been widely used in several industries for several years. These necessary elements can be used to provide reliable and effective connections for a variety of applications ranging from the basic circuit board level assembly to high-end data processing and other more complicated tasks. In this article, we will take a closer look at the 123-41-628-41-001000 socket, and explain the application field and working principle behind it.

Applications of the 123-41-628-41-001000 Socket

The 123-41-628-41-001000 socket has been designed for specialized applications. It includes a wide range of features that make it an ideal choice for industrial and commercial uses. The socket is typically used in high-feeding applications, where precision is critical, as well as in data processing and monitoring systems in laboratories and other industries.

The socket is also ideal for automotive electronic control systems, computer and communication systems, medical equipment, robots, and various consumer electronics. It features a reliable and stable connection that is capable of carrying out critical operations with minimal disruption or failure. Additionally, the design of the socket eliminates the need for high-resistance wiring and the use of additional interface components. This reduces the overall complexity and cost of the system.

Features of the 123-41-628-41-001000 Socket

The 123-41-628-41-001000 socket is a multi-toothed surface-mount component that incorporates a number of features to create a highly reliable connection. The housing of the component has been designed to provide robust and efficient heat dissipation, allowing it to remain cool during high-speed operations. Moreover, the component is engineered with anti-static properties to protect chips or other components from damage caused by electrostatic discharge.

The contact pins of the socket provide reliable connections to the mating interconnection. The shape and dimensions of the pins are precisely controlled to ensure that they provide stable connections with minimal contact resistance and noise. Additionally, the contact pins and housing are designed to provide protection against damage caused by shocks and vibrations.

Working Principle of the 123-41-628-41-001000 Socket

The 123-41-628-41-001000 socket is designed to provide reliable connectivity for a variety of applications. The component is constructed with a number of features that allow it to form a secure connection between two mating devices. The contact pins form a precise and reliable connection with the mating interconnect, while the design of the housing ensures optimal heat dissipation and protection from damage caused by shock and vibration. Additionally, the anti-static features of the socket protect chips and other components from electrostatic discharge damage.

The precise shapes and dimensions of the contact pins ensure low contact resistance and minimal noise, creating a reliable connection that is capable of carrying out high-speed operations without interruption or failure. The socket is capable of extremely high insertion force and is designed to be compatible with a variety of board-level components.

Conclusion

The 123-41-628-41-001000 socket is a versatile and reliable component that is designed to provide an efficient connection for a variety of applications. The socket features several design features that allow it to provide reliable connectivity and protection against damage caused by electrostatic discharge, shock and vibration. Moreover, the contact pins are designed to provide precise connections with minimal contact resistance and noise, enabling reliable and stable operation at high speeds.

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