832-AG11D-ESL-LF

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Sockets for ICs, Transistors: 832-AG11D-ESL-LF Application Field and Working Principle

Sockets for ICs, transistors, and other devices are used in various applications to efficiently plug and unplug them. This type of socket is designed to support the device’s power delivery and signal transmission characteristics. The 832-AG11D-ESL-LF socket is a typical example. This article introduces its application field and working principle.

Application Field of 832-AG11D-ESL-LF Sockets:

The 832-AG11D-ESL-LF sockets are usually applied in the fields of laptops, personal computers, development boards, advanced server systems, and other data intensive applications. 832-AG11D-ESL-LF sockets are capable of providing power to ICs, transistors, and other types of devices in a stable and reliable manner. Additionally, they also provide a high speed data communication path between system hardware and software.

Working Principle of 832-AG11D-ESL-LF Sockets:

The 832-AG11D-ESL-LF sockets are based on the proven socket technology principles. As ICs, transistors, and other similar devices are largely sensitive to static electricity, the sockets use a protective layer to avoid device damage due to static electricity. When the socket is plugged into the receptacle, a shield is created between the device and the socket contact, providing a path for static electricity.

In addition, the 832-AG11D-ESL-LF socket has unique features that provide superior electrical and mechanical performance. For example, the socket includes a pusher block, which is used to apply an even pressure on the socket contacts, ensuring reliable contact between the socket receptacle and the device.

The 832-AG11D-ESL-LF socket also features a 4-pin design. This design incorporates four pins situated along the perimeter of the socket, creating a secure connection between the device and the socket. The pins also provide mechanical stability, eliminating some of the movement that would otherwise occur when connecting two different electrical components.

In addition to its mechanical features, the 832-AG11D-ESL-LF socket includes a ‘z-axis free drive’ system. This system helps to provide an effective level of insulation between the socket receptacle and the device, protecting the device from electrical shock and fault. Furthermore, the z-axis free drive system also helps to reduce the amount of heat generated by the socket connections.

Conclusion:

The 832-AG11D-ESL-LF socket is a versatile device most commonly used in mobile applications, personal computers, and server systems. Its features such as the 4-pin design, shield layer, pusher block, and z-axis free drive system make it a superior choice for providing stable, reliable, and safe power delivery and data communication between system hardware and software.

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