16-3518-11

Sockets for ICs, transistors, and other vital components of a circuit have become ever more important over the years. 16-3518-11 application field and working principle are important aspects to consider when selecting a socket for any given component type. In this article, we will discuss the application field and working principle of the 16-3518-11socket.

Application Field

The 16-3518-11 socket has many uses in a variety of applications, including medical diagnostic equipment, industrial automation, communication devices, system boards, test and measurement instruments, and many other electronic products. Its features, such as small size, low profile, overall structure reliability, and flexibility, make it the ideal device for connecting these types of products. It also exhibits low crosstalk, contact-cool transfer, and high insertion pull forces, so it can withstand the most demanding applications.

Working Principle

The 16-3518-11 socket works on the principal of securing components to a board for increased reliability and more accurate connections. It is constructed with two layers of polyimide-based flexible insulation material that allows for tight connection between the components and board. The contacts of the socket are made of phosphor bronze and stainless steel, which offer a reliable and low-resistance connection even in applications with high-current levels. The socket has two parts: the socket body and the contact pin assembly. The contact pin assembly comprises a spring-loaded contact plate that allows the contacts to slide and move in order to make secure electrical connections.

The 16-3518-11 socket utilizes multiple finger-like contact pins to ensure proper connection between the components and board. The inner bottom surface of the socket holds the contact needle in place, while the sides of the contact needle are guided with thermoplastic elastomer feet as it slides toward the board. This ensures an even and clean contact to the board and prevents the contact pin from slipping or failing due to external shock. Additionally, the double-curved profile of the side of the socket allows for a comfortable fit into any board hole design.

The 16-3518-11 socket is perfect for repairing and upgrading electronic components including transistors, logic modules, and ICs. With its superior connection strength and ability to provide a reliable and consistent connection, it is an ideal choice for any circuit design requirements. It is also one of the most cost-effective socket solutions due to its small size and low profile.

In conclusion, the 16-3518-11 socket is an ideal device for connecting different types of components in a variety of applications. It offers superior connection strength, reliable and consistent connection, and is cost-effective with its small size and low profile. With its features and quality construction, it is the perfect device to consider when selecting a socket for a given component type.