A-CCS20-Z-R

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A-CCS20-Z-R is a type of socket designed for ICs, transistors, and other components that require high frequency applications. The socket is designed to provide a reliable connection between the components and reduce cause and effect variations in the connection. This type of socket is designed to be used in high temperature, high-powered, and high-frequency electronic systems.

The socket is specifically designed to withstand high temperatures, which will cause thermal expansion to occur. This can cause the connection to become unstable, resulting in fluctuations in the connection and ultimately damaging the components. The A-CCS20-Z-R socket is designed with a unique thermal compensation element, which prevents thermal expansion, providing a stable connection.

The socket also features a unique compression element which is designed to allow for easy and consistent compression when inserting the components. This compression element is designed to provide a secure connection between the components and the socket. In addition, the socket also has a spring-loaded guide element, designed to help guide the components into the correct position, providing a secure connection.

The A-CCS20-Z-R socket is designed to provide a high frequency connection, allowing for reliable data transfer between ICs, transistors, and other components. This is accomplished via a series of built-in signal paths, designed to ensure the signal is received accurately and quickly. The signal is also protected from external interference, ensuring the connection is consistent and stable. Additionally, the socket is designed with proprietary thermal management technology, ensuring the connection remains at an optimal temperature.

Overall, the A-CCS20-Z-R socket is a reliable and high-performance socket designed for applications in ICs, transistors, and other components that require high frequency applications. The socket features a unique thermal compensation element, a compression element, and spring-loaded guide element, allowing for a secure and reliable connection, as well as a high frequency connection for accurate and speedy data transfer. Finally, thermal management technology ensures an optimal temperature, protecting the components from overheating.

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