48-3573-16

Sockets for ICs, Transistors

The 48-3573-16 is a short form for the 48-3573-16 Socket, a highly reliable socket made for a wide range of self-contained ICs, transistors, and related parts. This socket comes in two versions: the 18-pin version and the 24-pin version. Both versions offer excellent electrical connection and broad compatibility features, allowing them to be used with a variety of active components.

Applications

The 48-3573-16 Socket is designed to be used in a wide array of electronics applications, from robotics to industrial control systems. It is robust enough to endure extreme shock and vibration, and its hermetic seal ensures that sensitive components are kept in an airtight environment to prevent any moisture accumulation. Furthermore, it can be used in applications that require high current, precise positioning, and accuracy.

The 48-3573-16 Socket can also be used in multiple device assembly processes. This socket includes two separate pass-through ports for connecting multiple devices such as drivers, transistors, and other components. It also provides good performance in extreme temperatures, making it suitable for use in heat-intensive control systems or laboratory testing. This socket is often used in hybrid circuit systems that need to be able to withstand high shock and vibration.

Working Principle

The 48-3573-16 Socket follows a simple working principle. It is basically a sealed metal housing that contains an electrical connection. This connection consists of two metal terminals and a contact button, which is connected to a circuit board via a pass-through port. When the contact button is pressed, the circuit is completed, which then triggers the IC components housed inside the socket.

The 48-3573-16 Socket contains two types of coverage: full insulation and semi-insulation. The full insulation type provides optimal protection from shocks, vibrations, and physical damage while preventing any kind of electrical interference. The semi-insulation type provides optimal protection in extreme temperatures, and offers a less restrictive fit to reduce the chances of damaging sensitive components.