228-7474-55-1902

The 228-7474-55-1902 socket is specifically designed for use with integrated circuits (ICs) and transistors. It features two connectors, one is rated for lower current and is used for power connections, and the other is rated for higher current and is used for connecting with the electronic components.

The socket is often used in high-end electronic applications, such as communication devices and microprocessors. It has the capability to handle high-voltage electricity and provide the necessary protection to the components. In addition, it is also used in applications where accurate connections are required.

The working principle of the 228-7474-55-1902 socket is quite simple. It is designed to connect one or more integrated circuits to a circuit board with two pins. The pin assignments are labeled A and B on the socket. The ICs are connected to the pins of the socket with solder. The solder is then heated to create a secure connection.

The 228-7474-55-1902 socket is designed to be completely shielded on all four sides with a polypropylene fridgeliner to guard against dust, dirt, and moisture. The sides are spaced to allow the integrated circuits to easily slide into the socket. The socket is then connected to the circuit board with large screws. The screws are used to protect the components from vibration and provide additional insulation.

In addition to the protection afforded to the components, the 228-7474-55-1902 socket also helps reduce the occurrence of electrical noise. When shielding is applied to the socket, the interference between components can be greatly reduced. This helps improve the overall performance and stability of the circuit.

The 228-7474-55-1902 socket is widely used in a variety of electronic applications. It is commonly used to connect microprocessors, power controllers, communication devices and other integrated circuits to a circuit board. The socket is designed to provide both reliable connections and reliable protection to the components. In addition, it is also designed to reduce interference between components and help improve the overall performance of the circuit.