415-13-226-41-003000

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Sockets for ICs, Transistors or other types of integrated circuits have become increasingly important as technology rapidly advances. In the electronics industry, these sockets are designed to provide a physical connection between the integrated circuit and the associated circuit board. This connection not only provides a means of controlling the data flow between the various components but also provides additional support to ensure that the circuit is reliable and secure.

415-13-226-41-003000 is an example of a socket designed for ICs and transistors that supports the use of a variety of board architectures and can be customized according to the needs of the project. This socket is designed for high-performance applications, and features over 70 contact points on a 0.85-inch square body that provides a secure connection. This socket enables users to easily change or upgrade their existing ICs without having to rework the circuit board.

The working principle of this socket is based on the principle of electromechanical conductive contact. It is constructed of two parts: a stationary component, which contains the contacts, and a movable component, which provides the necessary conductive contact.

When an electric current is applied to the stationary component, it is then supplied to the movable component, creating an electrical connection between the two. This connection then activates the contacts within the socket, allowing for the flow of data or signals between the two points. The amount of current required to create the necessary signal depends on the type of socket being used.

The 415-13-226-41-003000 socket, for example, features a current rating of 65mA to 245mA and standard contact force of 4 grams to 40 grams. Its operating temperature range is -55 degrees Celsius to +105 degrees Celsius, making it suitable for a variety of applications. This socket also features a low profile design that allows for it to be mounted closer to the integrated circuit.

The socket also features a variety of data protection elements such as shock, vibration and EMI/RFI protection. Its shock protection features reduce the risk of failure by minimizing the amount of shock that is transferred to the socket and its Integrated Circuit. Vibration protection ensures that noise and other electromagnetic interferences do not interfere with the signal sent and received by the socket.

Finally, the 415-13-226-41-003000 socket also supports advanced features such as low insertion loss and low ripple current. These features ensure that signals remain consistent and stable, providing better performance for the connected circuit.

The 415-13-226-41-003000 socket is a reliable and versatile solution for high performance integration applications, providing a secure contact for ICs and transistors. It also provides additional features such as shock, vibration and EMI/RFI protection to ensure a safe and reliable connection between components. This socket can be used in a variety of applications due to its flexibility and the advanced features that it supports.

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