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, Transistors

The number 114-87-306-41-134191 got our attention when we heard about it on the news. What is it? It turns out that this is the part number of a socket for integrated circuits, also known as ICs, and transistors.

In this article, we\'ll take an in-depth look into what these so-called IC sockets are, their application field, and the working principle behind them. By the end of this article, you\'ll have a better understanding of the specific type of socket we\'re talking about and the vast number of applications they can be used in.

What is an IC socket?

First of all, let\'s take a succinct look at what an IC socket is. An IC socket, also known as integrated circuit socket, is a device used to establish electrical connections with an integrated circuit. It is designed to provide protection from mechanical shock, electrical abuse, and environmental hazards. ICs can be soldered into these sockets without the risk of damage.

Application field of IC sockets

The application field of IC sockets is vast, ranging from industrial, to commercial, to residential, to automotive, and even military applications. ICs are used in a wide variety of electronic devices, from computer motherboards to custom car stereos, so it\'s easy to see how IC sockets would be needed in such a wide range of situations.

Apart from the devices mentioned above, IC sockets are also used in medical devices, drones and satellite communication systems, robots, board-level test equipment, and more.

How do IC sockets work?

Now let\'s take a look, at the working principle behind IC sockets. The most common type of IC socket is the leaded socket. This type of socket consists of a header, a base or contact system that provides electrical contact between the socket and the IC, and an elastomeric insulator that provides strain relief between the header and the contact system.

Contacts in the contact system are usually either gold-plated berillium copper or nickel-plated phosphor bronze. A minimum gap is needed between the contacts to ensure a reliable connection. Additionally, this ensures that there is no contact between the contacts when an integrated circuit is plugged in, preventing electrical shorts.

Conclusion

To conclude, 114-87-306-41-134191 is the part number of a socket for ICs and transistors. Its application fields range from industrial, to commercial, to residential, to even military applications. Sockets can be soldered into these sockets to establish electrical connections while providing protection from mechanical shock, electrical abuse, and environmental hazards.

The working principle behind IC sockets involves a header, a contact system, and an elastomeric insulator. Contacts in the contact system consist of either gold-plated berillium copper or nickel-plated phosphor bronze.

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