36-6556-20

Sockets for ICs, Transistors

36-6556-20 is a standard military specification socket for transistors and other Integrated Circuits (ICs). It is a two-piece round plastic connector that offers a means to connect packages that contain transistors or ICs to printed circuit boards. It is not a single device, but rather a combination of several items that are used to mount and secure the socket to the circuit board, while providing a connection between the two.

The 36-6556-20 socket comes in two different sizes, a 14 pin and 24 pin version which allow it to service a wide range of devices. It is engineered to snap onto the circuitry in order to reduce the complexity of soldering or other fabrication processes. It also uses spaced pins which allows it to fit into small circuit boards. The 36-6556-20 socket is also designed to provide superior contact integrity and extend the life of the device by providing better heat dissipation.

The 36-6556-20 application field includes transistor packages, DIP devices, Digital and Analog Integrated Circuits, SOIC, and PLCC packages. These components can be soldered directly into the socket, allowing for quick and reliable connections without the need for machines and tools. This makes the socket especially valuable for prototyping and other applications where time is of the essence.

The working principle of the 36-6556-20 socket involves the use of three separate components. The first component is the socket, which is the plastic housing which includes the appropriate number of pins depending on the socket size. The second component is the contact pins, made from either gold plated brass or spring type steel pins, which provide the mechanical connection from the socket to the device being inserted. The third component, the solder pads, are used to provide electrical contact between the socket and circuit board.

The overall assembly process starts with the soldering of the pins to the circuit board. Next, the socket is then attached to the board using appropriate mounting components. The contact pins are then inserted into the sockets, lined up and correctly aligned in order for them to properly transfer electrical current. Finally, when all of these elements are in place, the device can then be snugly installed into the socket.

The 36-6556-20 socket is an invaluable tool for the design and manufacturing of circuits. Due to its small size, versatile design and high electrical and mechanical reliability, this type of socket is used in a wide variety of industries and applications. For those who are looking for a reliable way to quickly mount transistors or ICs into a circuit, the 36-6556-20 socket is a great choice.