20-3513-10T

Sockets for ICs, transistors, and other components have a long history of being used in the electronics industry as a means of packaging and safely connecting a component to its application. One such application is the 20-3513-10T socket, which is widely utilized in the industrial and consumer electronics sectors. This article aims to provide an overview of the 20-3513-10T socket’s application field and working principle.

The 20-3513-10T socket is a 10-pin socket designed to provide reliable connections between an integrated circuit (IC) and its user. It is an extremely versatile socket that is available in various configurations, such as right angle, horizontal, vertical, and mixed orientations. The socket is typically constructed from a plastic body, with pins and pads made from metal and contact surfaces silver or gold plated. The pins are designed to provide a reliable connection between the IC and the host system.

The 20-3513-10T sockets is most commonly used in applications such as automotives, consumer electronics, medical, and industrial control, although it can be used in a range of devices. It is designed to be used with a wide array of ICs, including those that use various versions of TTL, ESD, and CMOS technology, along with micro controllers such as PIC, AVR, and Propeller. The 20-3513-10T socket is also able to accommodate a variety of different pin sizes and types, making it ideal for a variety of applications.

The working principle of the 20-3513-10T socket is quite simple yet effective. The socket is designed to provide a reliable connection between the IC and the system it is connected to. Contact between the pins and pads of the socket is maintained due to the presence of spring-loaded contact fingers that apply pressure to the pins. This pressure maintains a secure connection between the two components, allowing for reliable data transmission.

In addition to providing a reliable connection for ICs, the 20-3513-10T socket also provides a variety of other features. It is designed to be resistant to solder flux contamination and excessive temperatures, and it offers a secure and rugged mounting method for the IC. It is also equipped with an anti-leakage feature that prevents leakage current in the event of a sudden interruption in power. This ensures the socket is suitable for use in a range of demanding applications.

Overall, the 20-3513-10T socket is an extremely reliable and versatile socket for use in a wide range of applications. It offers a secure and rugged mounting method for ICs and transistors, and its anti-leakage feature prevents leakage current in the event of sudden interruption in power. Additionally, the socket’s spring-loaded contact fingers help maintain a secure contact between the IC and host system, allowing for reliable data transmission. As such, the 20-3513-10T socket is an invaluable asset for the electronics industry.