26-3513-11

Sockets for ICs, Transistors

The 26-3513-11 Socket is designed for ICs, transistors and other special purpose devices. It works within the framework of multipin connectors, providing specialized connections that deliver power, ground, and signal paths to components on a printed circuit board. This socket is a reliable way to connect power, ground, and signal paths while providing a simple solution to the complex job of connecting the components together.

The socket replaces a pair of contacts, designed to meet the needs of higher speed data transmission or to reduce the wear and tear on components from the high-frequency vibration of an operation. The connector is made from gold-plated contacts, providing resistance to corrosion and oxidation. The contacts are positioned to provide the best contact with the components being connected, while also protecting them from the mechanical stress of the other contacts.

The 26-3513-11 Connector incorporates an innovative design that allows for a high degree of flexibility. It is highly customizable and can be adapted to fit a variety of applications. It has a wide range of configurations to accommodate a variety of mechanical requirements, with the ability to be retrofitted and upgraded over time. The socket is also designed with the environment in mind, meeting all RoHS and ESD regulations.

To provide a secure connection, the 26-3513-11 socket utilizes a unique contact system that employs multiple contacts to reduce the risk of damage. Additionally, it features IP67 protection from dust and moisture, ensuring a strong connection even in extreme conditions. It also has built-in anti-tamper measures, which protect the integrity of the connection and provide additional security from unauthorized access.

The 26-3513-11 socket is an ideal solution for high-speed data transmission such as mobile phones, automotive systems, consumer electronics, and medical equipment. It provides reliable connections with a low profile design that fits into a variety of applications. Its innovative design makes it a great choice for applications that require a secure connection and robust protection of signal paths and components.