36-3553-18

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Sockets for ICs, Transistors come in many varieties, and the 36-3553-18 Application Field and Working Principle is one of them. Designed for general purpose electronic applications, the 36-3553-18 is a highly conductive socket, providing reliable connections for ICs, transistors, and other components. It\'s an excellent choice for applications that require components to be interchanged frequently, because it makes changing out components easier.

The 36-3553-18 socket boasts a robust design. Its components are designed with considerable durability, allowing them to withstand heavy wear. Its soldering resistors, for example, are constructed from high-performance thermoplastic material designed to be highly resistant to soldering heat. Furthermore, the pins and sockets are designed to fit firmly into place, ensuring proper connections that won\'t come loose easily.

The 36-3553-18 also boasts a high degree of electrical conductivity. The socket is constructed from materials that conduct electricity, making it possible for your components to be connected to the power source directly and efficiently. Furthermore, its contacts offer a secure connection, preventing any chances of electricity arcing between components.

The 36-3553-18 is also designed to provide efficient thermal dissipation. The socket is designed to allow heat to dissipate quickly and easily, ensuring that the components remain cool and safe while in operation. As such, it\'s an ideal choice for applications that require superior thermal conductivity.

The 36-3553-18 also offers excellent electrical insulation. The socket is designed to prevent any chances of electric shock or short-circuiting. Furthermore, its insulation limits the possibility of accidental fires or unwanted surges of electricity.

The 36-3553-18 is a versatile socket for ICs, transistors. It\'s an excellent choice for applications that need to switch components frequently, because its highly durable construction and superior conductivity provide reliable connections and efficient thermal dissipation. Furthermore, its electrical insulation and robust design prevent the possibility of electric shock or accidental fires.

The specific data is subject to PDF, and the above content is for reference