614-87-100-13-062112

Sockets for ICs, Transistors have become increasingly important in modern electronic applications. Socket 614-87-100-13-062112 is one type commonly used which has a number of advantages and applications. This article will cover its application field and working principle.

Application Field

Socket 614-87-100-13-062112 is a multiple-contact socket, it suitable for almost all types of ICs and transistors. For ICs, Socket 614-87-100-13-062112 is usually employed as an in-circuit testing interface allowing for repeated insertion and removal of components. When being utilised as a prototyping interface the socket can be used to quickly connect and quickly disconnect from a circuit, greatly reducing the complexity of the design process.

Socket 614-87-100-13-062112 is also suitable for use with various transistors, such as FETs and bipolars. The socket\'s multiple contact design allows a number of devices to be used in close proximity, making it a popular choice particularly for applications where space is a factor.

Working Principle

Socket 614-87-100-13-062112 is made up of a plastic body with metal contact pins that fit into the IC or transistor\'s contact points. As the socket is inserted into the IC or transistor\'s footprint, the contact pins press against the contact points on the IC or transistor, creating a dedicated electrical path. This is known as the "plug-and-play" principle of the socket, enabling it to quickly connect and disconnect to any device with a compatible footprint.

The metal contact pins help protect the IC or transistor from physical damage. These pins are often covered with an insulating material such as glass-filled nylon, helping prevent any chance of electrical short circuit.

In addition, Socket 614-87-100-13-062112 has excellent electrical conductivity. This is due to the high-purity copper used in the contact pins, which helps improve the signal integrity of the application.

Conclusion

Socket 614-87-100-13-062112 is a versatile and reliable multiple-contact socket. It can be used with ICs as an in-circuit testing interface or a prototyping connecting, as well as transistors, such as FETs and bipolars. It features a "plug-and-play" principle, helping the device quickly connect and disconnect from any application with a compatible footprint. The metal contact pins also help protect the IC or transistor from any potential physical damage, as well as providing excellent electrical conductivity.