123-43-320-41-801000

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 are integral components of many integrated circuits, transistors, and other electronic parts. They come in various sizes and shapes to fit various parts and devices. They can also be custom made for unique applications. The following article focuses on the application field and working principle of 123-43-320-41-801000 sockets.

Application Field of 123-43-320-41-801000 Sockets

123-43-320-41-801000 sockets are mainly used in the production and repair of communication equipment. They are also widely used in radio and TV sets, computers, and other electrical equipment. In addition, they are popular in many applications where their physical compatibility and reliability make them ideal choices.

123-43-320-41-801000 sockets feature high performance, high reliability, and cost-effectiveness. They offer superior contact performance and increased sealing capability. Moreover, they are easier to install and work with a variety of other components. They are also compatible with most soldering methods.

The 123-43-320-41-801000 socket is a multi-contact type with 32 and 41 leads. It is also available in two versions: vertical and right angle. The vertical version features an elongated body that allows it to fit easily into narrow spaces or when mounted on a board. The right angle version offers a compact size that helps to reduce the space needed for installation.

Working Principle of 123-43-320-41-801000 Sockets

123-43-320-41-801000 sockets use a contact spring that protrudes slightly from its body to make sure that it is securely held in place. It is made of a resilient metal such as copper or brass, which means it can accommodate a wide range of current flow without too much wear and tear. The contact also helps to reduce contact resistance and improve heat dissipation.

The contacts of the 123-43-320-41-801000 socket are designed to prevent the ingress of dust and dirt. In addition, each contact is fitted with an insulating cover to prevent any electrical shocks. The contact springs are also designed to maintain a high level of corrosion resistance. Furthermore, each contact is insulated by a protective finish that prevents contact oxidation in humid or wet environments.

The 123-43-320-41-801000 socket utilizes the Principle of Gravitation to create electrical contact. The springs are designed to settle into the position of the contact, which allows for a more secure connection. This helps ensure that the connection is reliable and resistant to vibration and corrosion. Moreover, this design also prevents false contact and electrical shorts.

Conclusion

123-43-320-41-801000 sockets are reliable and cost-effective components that are useful in many applications. They offer superior contact performance and increased sealing capability. Moreover, their design ensures that the contacts are securely held in place and that the connection is resistant to shock, vibration, and corrosion. The Principle of Gravitation helps to ensure that the contact springs are securely seated in the end position, making the connection reliable and resistant to false contact.

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