116-83-650-41-018101

Sockets for ICs, Transistors, are widely applied in many applications. This article will discuss the application field and working principle of the 116-83-650-41-018101 socket.

First of all, the application field. Specially designed for both surface mount and through-hole components, the 116-83-650-41-018101 socket is highly suitable for attaching low-voltage components on printed circuit boards like power transistors, microcontrollers, etc. It uses contacts that have very low resistance, allowing better contact with the components as compared to other sockets. It is also designed to mount components securely and be more reliable.

Now, with respect to the working principle, the 116-83-650-41-018101 socket follows a simple approach. It consists of two contact pins, one at the top and the other at the bottom. When the component is placed into the socket, the contact pin at the top presses against the component and firmly holds it in place. The contact pin at the bottom pushes against the printed circuit board, allowing for an electrical connection between the component and the board. This allows for the transfer of current from the component to the printed circuit board.

In addition to low voltage components, the 116-83-650-41-018101 socket can also be used for other components like heat sensors, thermistors, and even RF antennas. It is also popular with hobbyists due to its exceptional stability and reliability. Moreover, the contact points of the pins are spring loaded, which allows for easy adjustment and a higher level of versatility.

Overall, the 116-83-650-41-018101 socket is a great choice for attaching low-voltage components to printed circuit boards. Its high resistance contacts facilitate reliable connections, while its spring loaded contact points allow for ease of adjustment. Furthermore, the socket is suitable for various kinds of components such as RF antennas and heat sensors. With so many advantages, it is no wonder that the 116-83-650-41-018101 socket is widely used in many applications.