8058-24G1

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 Integrated Circuits (ICs), transistors are a kind of electronics devices that are important for the operation and transfer of electrical energy. This article will provide an overview of 8058-24G1 application field(s) and working principle.

The 8058-24G1 utilizes a special socket design that makes it highly resistant to shock and vibration, and provides superior EMI performance and thermal stability. This socket is typically used for mounting and connecting a variety of ICs, transistors, variable capacitors, and other electronics components. The two-piece design further increases the socket’s resistance to shock and vibration, as well as EMI protection. The 8058-24G1 can be used for a variety of applications, from consumer electronics to industrial systems.

The working principle of the 8058-24G1 is relatively straightforward. There are two pieces to the socket – the top and the bottom – which are connected through a set of metal contacts. The bottom contact is made up of a circular metal plate, with a hole in its center. This hole allows the IC or transistor to be mounted in the socket. The main function of the top contact is to provide a connection point for other components, such as transistors and variable capacitors. This connection point is made through a set of specific electrical connections that are designed to be compatible with the component in question.

Once the IC or transistor is mounted in the socket, the electrical signals can flow into the socket via the top contact point and then on to the bottom plate. From there, depending on the desired application, the electrical signals can be fanned out to other circuit elements, such as LED lights, transistors, capacitors and so forth. For the consumer electronics market, the 8058-24G1 may be used to connect power supplies or digital signal processors (DSPs) to various circuit components, allowing for the design and implementation of sophisticated electronics.

This provides the convenience of an integrated solution and also the flexibility of using highly reliable discrete components. Additionally, using sockets for ICs and transistors can enable engineers to design with greater accuracy, as the 8058-24G1 socket provides a firm and secure connection that virtually eliminates micro-doubling and other mechanical inaccuracies.

The 8058-24G1 is designed to provide superior thermal performance and EMI protection. In the event of a sudden temperature increase, the thermal expansion of the 8058-24G1 will stay constant, thus preventing the contacts from coming loose or being damaged by thermal expansion and contraction. In addition, the 8058-24G1 is highly resistant to electrical interference such as EMI, ESD, and RF. This is a particularly advantageous feature for applications in noise-prone environments like automotive applications.

Overall, the 8058-24G1 socket solves a lot of the challenges that designers face when working on discrete IC and transistor-based products. By providing superior thermal, mechanical, and electrical performance, it ensures reliability and provides a secure connection to a variety of circuit elements. Furthermore, it has the added advantage of reducing design time and cost, as the socket eliminates the need to manually solder ICs and transistors onto circuit boards.

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