104-13-320-41-780000

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Sockets for ICs, Transistors often come with a unique combination of numbers, such as 104-13-320-41-780000. The application field and working principles can be very complex, as these sockets are used in many different types of circuits. In this article, we will look at the application field and working principles of such sockets, so that readers can better understand their uses and applications.

Application Field

In most cases, sockets with such numbers are designed for use in integrated circuits, transistors, and other semiconductor components. Such sockets act as the point of contact between the power source and the components, allowing the circuit to receive the power it needs to function properly. Because they are designed for use in sensitive electronic components, such sockets must be made of materials that are not prone to corrosion or short out easily. Additionally, sockets should also have low levels of resistance and good heat transfer capabilities.

Sockets are also used to mount small components such as diodes, resistors, switches, transistors, LEDs, or other small electrical components. In many cases, such sockets are used in circuit boards, in order to mount specific components, and provide proper grounding.

Working Principles

The working principle of such sockets is relatively simple. Generally, a socket contains two points of contact, commonly referred to as the male and female ends. When a component is placed in the socket, the female end will connect to the component, allowing it to receive power from the power source. The male end of the socket will then connect to the power source, and will transfer the power to the component.

Of course, the exact workings of these sockets may vary, depending on the type of components used, and the power source. However, generally speaking, the working principle is pretty much the same. Depending on the design of the socket, more advanced features may be included, such as the ability to transfer higher power levels, multiple connections, and so forth.

Conclusion

To summarize, sockets with numbers like 104-13-320-41-780000 are typically designed for use in integrated circuits, transistors, and other semiconductor components. These sockets act as the point of contact between the power source and components, and feature two points of contact, which are referred to as the male and female ends. The working principle of such sockets is relatively simple, and by understanding their application fields and working principles, readers can better understand their uses and applications.

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