18-1518-10H

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Sockets for ICs, Transistors are designed to connect integrated circuits (ICs) and transistors to a printed circuit board (PCB) or other electrical device. The connections are made by means of metal contact pads that fit into a mating socket. Devices such as ICs and transistors are connected through their corresponding sockets, so it’s important to ensure that your socket connections will provide the required electrical and mechanical characteristics. Understanding the application field and working principle of 18-1518-10H sockets will help you select the right socket for your circuit board or application.

Application Field of 18-1518-10H Socket

The 18-1518-10H sockets are designed for applications with shallow depth requirements. This makes them perfect for space-constrained components, such as hand held electronics and automotive applications. The sockets are also designed for use in high voltage and high temperature applications. The socket features a four-point contact design, which allows it to grab and keep tight any ICs or transistors that are inserted into the socket. Lastly, the 18-1518-10H socket is designed for reliable operation from -40°C to +125°C.

Working Principle of 18-1518-10H Socket

The working principle of 18-1518-10H sockets is simple and straightforward. They use a four-point contact design, which allows for a solid fit between the socket and the ICs or transistors. This design ensures that the socket can securely hold any devices without the need for additional components. The socket features a snap-fit connection, which allows the contacts to securely snap into place. The snap-fit connection also allows the socket to easily adapt to different PCB configurations, providing flexibility during the design process.

The socket also features a low-profile design that allows for a minimal amount of solder required for assembly. This low profile design also makes it easy to solder on components, which reduces the cost of assembly. The socket also has integrated strain reliefs, which helps to reduce the possibility of damage to components caused by excessive stresses.

The 18-1518-10H socket also features a “dual- wafer” design, which provides improved access to contact pins from both sides. This allows for limited access whenever space constraints are an issue. Because of its dual-wafer design, it requires minimal additional components for most applications, and its contact configuration greatly reduces the risk of short circuit.

Conclusion

18-1518-10H sockets are a great choice for applications in which PCB space and design costs are a major concern. Their low profile design allows for minimal solder, while their four-point contact design ensures a tight grip on any ICs or transistors. The dual-wafer design provides improved access to contact pins from both sides, and the integrated strain reliefs minimize the possibility of damage to components caused by excessive stresses. With all these features, the 18-1518-10H socket is a great choice for any PCB design.

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