36-3571-11

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Sockets for ICs and transistors are the essential components of modern electronic systems. The sockets have the ability to connect two components electrically, allowing for a more efficient flow of power, information, and signals between them. The 36-3571-11 Socket is a popular option for these purposes that offers a number of distinct advantages.

Features and Benefits of the 36-3571-11

The36-3571-11 Socket has the capacity to accommodate up to 56 pins, which makes it suitable for a wide range of applications. In addition, its design features top and bottom mounted tabs that provide a secure fit for the components, ensuring electrical continuity and reliable performance. Furthermore, the socket is engineered with ceramic housing that is resistant to extreme temperature and the damages caused by oxidation.

The 36-3571-11 socket also features a double-layer pin-grid array that helps dissipate heat faster and more efficiently. This ensures maximum performance in high-power systems, which can otherwise be hampered by overheating. Furthermore, these sockets also have a top-mounted tab that prevents the pins from being misaligned, allowing for faster and easier insertion of the components.

Applications and Working Principles

With its 56 pin capacity and ceramic construction, the 36-3571-11 Socket can be extensively used in portable electronics and digital devices for a variety of applications. It is ideal for interfacing to I/O and memory devices, power switch mode circuits, as well as analog and digital signal transmission. In addition, it can be used to interface to voltage regulators and AC/DC converters, providing smooth and reliable performance.

The 36-3571-11 socket also has the capacity to act as a connector for power switches and relay circuits. This is due to its low resistance contacts and robust design, which ensures efficient and reliable performance in harsh operating conditions. Furthermore, the double-layer and top-mounted tab design gives the socket the ability to quickly dissipate heat away from the circuit, making it suitable for high-power applications as well.

The key working principle behind the 36-3571-11 Socket is its ability to provide an accurate and secure fit for the components. This ensures efficient heat dissipation from the components, and accurate pin insertion into the connector. The double-layer pin-grid array ensures reliable electrical continuity by providing additional force andcurrent carrying capacity. The ceramic housing also allows for stable and dependable performance in extreme temperature- and oxidation-caused conditions.

Conclusion

The 36-3571-11 Socket is an effective solution for providing reliable electrical connections between I/O, memory and power circuits in a wide range of different applications. Its 56 pin capacity and double-layer pin grid array make it an ideal choice for reliable and efficient connections, while its ceramic housing makes it robust and long-lasting in extreme environments. Moreover, its low resistance contacts help ensure maximum performance and efficiency in harsh operating conditions.

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