38-1518-10

Sockets for ICs, transistors, and other active electronic components have become increasingly popular due to their ease of use, cost effectiveness, and wide range of applications. The 38-1518-10 socket is one such device, boasting an impressive set of features. Understanding its features and working principle can help a user determine if this socket is the best fit for their project.

Specifications

The 38-1518-10 is a “through-the-board” socket, meaning that it is mounted to the PCB with pre-drilled screws and holes. The socket is made from a combination of high temperature-resistant thermoplastics and metal, making it ideal for use in industrial or automotive applications. The dimensions of the socket are 3.73 x 15.86 x 2.50 mm. The main feature of the socket is its ability to accommodate ICs, transistors, and other active components with dimensions up to 7.20 x 3.30 mm, making it ideal for a wide range of application.

Working principle

The 38-1518-10 utilizes a wave soldering process in order to solder the components to the PCB. Firstly, the components to be soldered are inserted into the sockets. The sockets and PCB are then secured together utilizing pre-drilled screws, and the board is immersed in a solder bath. As the board is heated, the solder begins to liquify and bonding between the components and the PCB occurs. This wave soldering process is meant to ensure reliable and secure connections between the components and the board, and prevents inadvertent removal of the components.

Application Field

The 38-1518-10 socket can be used in a variety of applications. Its robust design and wide range of applications make it an ideal choice for industrial or automotive applications. The socket can be used for the interconnection of devices such as automotive displays, sensors, motor controllers, power electronics, and other active components. Its combination of thermal resistance and metal components make it impervious to a wide range of temperatures, making it an effective choice for harsh environments.

Conclusion

The ability to accommodate a wide range of ICs, transistors, and other active components, combined with its robust design and strong wave soldering process make the 38-1518-10 socket an ideal choice for a variety of applications. Moreover, its pre-drilled screw holes facilitate ease of installation, and its wide operating temperature range make it a strong choice for harsh environments. Understanding its features, specifications, and working principle can help a user determine if this is the right socket for their project.