614-93-361-19-000001

The 614-93-361-19-000001 is a socket used for ICs and transistors. It is designed for sensitive components that are part of a circuit board assembly but need to be easily and quickly removed. This kind of socket has a wide range of applications, from prototyping and debugging circuit board assemblies to permanently installed circuit boards in products.

This socket is made of high-quality dielectric material and has contacts that are pre-soldered onto the upper part, making it easier to install on the circuit board. The contacts have a spring-loaded mechanism that ensures proper contact is made no matter what the orientation of the socket or the circuit board is. This helps to make sure that the circuit board assembly is reliable and can be used for years to come.

The socket also has a unique interlocking system that allows for easy removal of the IC or transistor when necessary. This feature prevents any accidental contact from being made, which would otherwise lead to faulty connections and could damage the circuit board assembly. It also features a latch system on the side which allows the socket to be held securely in place to prevent it from slipping off the circuit board.

This socket is also designed to protect against power surges and to prevent any static electricity from damaging sensitive components. It also helps to protect against contact arcing, which can cause short circuits and damage to the components or the circuit board assembly.

In addition to protecting sensitive components, the 614-93-361-19-000001 socket also helps to reduce the assembly time of circuit board assemblies. This is because it reduces the number of soldering points that need to be connected to the board. This makes the job of assembly much easier and quicker, especially when building multiple boards.

Overall, the 614-93-361-19-000001 socket is a great solution for circuit board assemblies that require reliability and protection for sensitive components. It helps to reduce the assembly time of boards and ensures that components are properly connected. This prevents any short circuits or malfunctions that could occur, and helps to increase the lifespan of the product.