415-13-260-41-003000

An electronic socket is a device that allocates an assembly of leads to an integrated circuit, transistor, or other device. The socket plays an important role in protecting the electrical components from physical contact stress, as well as preventing contact between the electrical components that could cause an interruption of power. It also allows for a quick and easy replacement of the device

The number 415 - 13 - 260 - 41 - 003000 is a hypothetical part number for an electronic socket. It is classified as one of the sockets for integrated circuits (ICs), transistors and other components. This type of socket is commonly used to connect electronic components to circuit boards. It is designed to hold the integrated circuit, transistor, or other small devices in place.

The construction of the 415 - 13 - 260 - 41 - 003000 electronic socket is essentially the same as other standard sockets. It is made up of four major components: the pins, the housing, the connector and the contacts. The pins are typically made of brass plated with gold or tin. They are used to connect to the circuit board. The housing is usually constructed of black molded polycarbonate and provides support for the connecting pins. The connector is simply a hole through which the pins must be inserted. The contacts are located inside the socket and provide the electrical connection between the components and the board.

The 415 - 13 - 260 - 41 - 003000 electronic socket can be used with various types of integrated circuit, transistor, and other devices. It is designed to have a tight fit and is capable of withstanding heat and electrical stress. This type of socket is also designed to be relatively low cost and to provide high reliability.

The working principle of the electronic socket is simple. When an integrated circuit, transistor, or other device is inserted into the socket, the pins on the socket make contact with the contacts on the circuit board. This connection bridges between the two components and enables the electrical signals to travel from one to the other. The socket provides electrical isolation between the two components and reduces the risk of interference or the risk of damaging the components.

In conclusion, the electronic socket 415 - 13 - 260 - 41 - 003000 is a critical component in the manufacture and operation of integrated circuits, transistors, and other devices. It provides an efficient and reliable connection between components and circuit boards and enables the safe transfer of electrical current. It is also low cost and offers excellent protection from physical contact stress.