20-7625-10

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Sockets for ICs (Integrated Circuits) and transistors are essential components in the process of product design and development. They are used to connect various hardware components into a functioning product. The 20-7625-10 sockets are designed to provide electrical contact and mechanical support for transistors and integrated circuits. This article explores the application field of the 20-7625-10 socket as well as its working principle.

Application Field of 20-7625-10 Socket

The 20-7625-10 socket is designed for use with transistors, integrated circuits, and other components in various electronics applications. It is ideal for use in circuits and systems that require frequent swap and change operations or repairs. The socket is typically used in fields such as automotive electronics, medical electronics, industrial automation, and consumer electronics.

The 20-7625-10 socket can be used for connecting both devices with a wide range of packages, and with different pin sizes. It is thus suitable for connecting various devices to the same PCB, such as processors, memory, controllers, DSPs, micro-controllers, etc. The socket is also useful for connecting electronic components that must be frequently changed.

The 20-7625-10 socket enables devices to be tested before they are integrated into a system, with both power and data signals being routed in properly. This feature enables designers to check the functionality of their system without having to design a system board around each component.

Working Principle of 20-7625-10 Socket

The 20-7625-10 socket is a low-profile, low-insertion force socket that provides excellent electrical contact and reliable mechanical support. It is composed of a base body, two opposing clamping plates, and two contact blocks. The contact blocks are enclosed within the base body and clamped at either end by the clamping plates.

When the socket is installed in the PCB, the contact blocks are activated by a moveable shaft, allowing them to spring to the upper and lower surfaces of the device, making sure that both contact surfaces are in contact with the device. Then the clamping plates lower over the contact blocks, holding them firmly in place.

The socket enables secure connections to be established between the device and the PCB, providing the desired electrical contact. Because the connection is mechanical rather than soldered, it ensures reliable connections that do not require frequent rework or replacement. This is particularly beneficial for devices that must be frequently changed in order to upgrade or repair a device.

Advantages of 20-7625-10 Socket

The 20-7625-10 socket offers several advantages when compared to other types of sockets. The low insertion force enables the socket to be easily installed and removed without damaging the components. It also ensures precise alignment between the socket and the device, ensuring reliable electrical connections. Moreover, the socket is designed to be re-usable, reducing the need for frequent re-work.

The 20-7625-10 socket also features dual clamps for improved reliability. This ensures secured contact between the device and the socket, no matter what the operating conditions may be. The socket is designed to be flexible, and it is suitable for applications where rapid device change is required.

Conclusion

The 20-7625-10 socket is designed to provide reliable electrical contact, while ensuring mechanical support for transistors and integrated circuits. It is an ideal choice for applications that require frequent change and swap operations, such as those found in automotive, industrial automation, medical, and consumer electronics. The socket is also versatile, allowing for the connection of both components of different sizes. The advantages of the 20-7625-10 socket include its low insertion force, re-usability, and dual clamping.

The specific data is subject to PDF, and the above content is for reference