28-651000-11-RC

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Sockets for ICs, Transistors - Adapters

The 28-651000-11-RC is a socket adapter, which is a type of connection commonly used with integrated circuits (ICs) and transistors. The RC socket is designed to be a reversible connection, giving users the ability to switch between two orientations. This makes it ideal for applications where space is limited or when multiple components must be connected.

Design and Construction

The 28-651000-11-RC is designed with an aluminum frame, profile and dielectric material. The frame serves as the base of the socket, creating a sturdy and secure connection. The profile is the raised portion of the frame which creates a gap between the socket and the circuit board it is mounted on. The dielectric material is used as insulation, and it helps to lower the risk of short circuits caused by the heat generated by the electronic components.

Working Principle

The 28-651000-11-RC socket adapter works using a simple and straightforward principle. It is designed with two metal contacts on each side, allowing users to connect different components while ensuring a secure connection. The contacts can be adjusted by either pushing them together or pulling them apart. This allows users to place the components they are attaching in an ideal position, ensuring a better connection.

Applications

The 28-651000-11-RC socket adapter can be used in a variety of applications. It is often used to connect integrated circuits, transistors, and other electronic components in order to create functional circuits. It is suitable for use in circuits which are stationary, as well as dynamic applications which require quick and reliable connections. It is also used in audio-visual systems, in order to ensure a consistent signal.

Benefits

The 28-651000-11-RC socket adapter provides users with a number of advantages. The reversible design allows it to fit into any circuit board, regardless of orientation. The contact points can also be adjusted quickly and easily, providing users with the ability to move components into position and rewire circuits as needed. The dielectric material can also help reduce the risk of short circuits when using large or powerful components.

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