114-83-420-41-117101

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Sockets for ICs, Transistors

Integrated circuits (ICs) and transistors are popular types of components widely used in electronics. When integrated circuits and transistors are in use, a socket, also known as a “contact holder,” is necessary to securely hold them in place. However, not all sockets are suitable for all types of ICs or transistors, so it is important to be aware of the distinctions between the different types of sockets when selecting one.

114-83-420-41-117101 Socket

The 114-83-420-41-117101 Socket is a type of surface-mount socket designed for soft recovery-style ICs, also known as ultra-low resistance transient voltage suppressor (TVS) devices. The socket features durable contacts that are designed to allow a low contact resistance at the mating interface, providing good electrical connections for the device while maintaining successful performance throughout its entire operation cycle. Its specialized design also ensures that it reliably protects the IC and other components from electrical surges and poor connections.

Application Field and Working Principle

The 114-83-420-41-117101 Socket is suitable for use with certain types of ICs and transistors in a variety of applications in the electronics industry. Soft recovery-style ICs are commonly used in circuit protection devices, such as voltage regular circuit protection (VRM) systems, power supplies, or any circuit in which an added layer of protection against voltage surges is desired. These sockets are also used to secure transistor devices, including those used in high-power applications, to printed circuit boards.

The working principle of the 114-83-420-41-117101 Socket is relatively simple. The socket features top-to-bottom contact insertion with an ergonomic design, meaning it can be easily placed on a printed circuit board. Once the socket is in place, the IC or transistor is inserted into the socket and the mating contact pins grasp the device securely. The contact pin design also ensures that the socket contacts the transistor’s terminal legs securely in order to guarantee a good connection.

Benefits of the 114-83-420-41-117101 Socket

This type of socket offers several benefits that make them ideal for use with ICs and transistors in electronics applications. One of the most notable advantages of the 114-83-420-41-117101 Socket is its low contact resistance, which ensures that the electrical current flows smoothly over the socket’s contacts, thereby reducing the risk of electrical jolts or surges that can damage the device or cause the circuit to short out. The socket is also highly durable, as it is made of specialized components designed to withstand the wear and tear associated with circuit boards.

In addition, the socket is easy to use and offers tight gripping capabilities that ensure a secure connection. This provides added peace of mind to users, as they can be assured that the IC or transistor will remain in place and that the circuit will remain functional without risk of damage. The design of the socket also allows for quick and easy removal of the IC or transistor, making it easy to replace components or upgrade the circuit without significant disruption of the board layout.

Conclusion

Using a suitable socket for ICs and transistors is essential to ensure the optimal performance of a circuit. The 114-83-420-41-117101 Socket is an ideal choice for use with soft recovery-style ICs and transistors, as its low contact resistance, ergonomic design, and enhanced durability provide benefits that are ideal for all types of applications in the electronics industry. When selecting a socket for use in an IC or transistor-based circuit, it is important to be aware of the features offered by the 114-83-420-41-117101 Socket to ensure the longevity and safety of the circuit.

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