202795-4

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Backplane connectors are accessories that are used to bridge between the modules and the main circuit. The 202795-4 backplane connector is a version of these connectors that is used for specialized applications. This article will look at the application field and working principle of the 202795-4 backplane connector.

Application Field of the 202795-4 Backplane Connector

The 202795-4 backplane connector is a specialized connector that is used for large-capacity data transfer between high-speed and low-speed circuits. It is designed to provide secure and reliable connections for components like routers, servers, switches, and storage subsystems. The 202795-4 is designed to be used in applications with signal transition rates as high as 8Gbps and signal voltages up to 3.3V.

The 202795-4 backplane connector is typically used in applications that require increased I/O density and superior performance. These applications can range from data and telecommunications to consumer electronics and industrial. These connectors are well suited for applications where there is a need to reduce the number of discrete I/O connections and increase system performance.

The 202795-4 backplane connector is also used in high-performance applications that require high levels of system batching, data throughput, and scalability. The connector is designed to support advanced data speeds while maintaining signal integrity and allowing for higher levels of system integration.

Working Principle of the 202795-4 Backplane Connector

The 202795-4 backplane connector uses a unique, high-speed design that is optimized for 6 Gbps data rate. It is designed to reduce signal skew and crosstalk while ensuring high-speed data transfer and improved signal integrity. This is achieved through the use of a single differential pair per signal path.

The 202795-4 backplane connector is composed of a male header and a female receptacle. The male header consists of two rows of copper pins that provide the electrical connection between the two modules. The female receptacle consists of a printed circuit board with several contact designs that provide the connection for the male pin.

The 202795-4 backplane connector also employs a locking mechanism to secure the connection between the two modules. The locking mechanism provides a secure and reliable electrical connection while also preventing accidental disconnection.

The 202795-4 backplane connector also incorporates a signal conditioning circuit that is designed to reduce crosstalk and signal interference. This is accomplished through the use of a combination of signal conditioners and impedance-matching circuits. The signal conditioners are designed to reduce EMI and crosstalk, and the impedance-matching circuits are used to match the impedance between the two modules to ensure high-speed signal transfer.

Conclusion

The 202795-4 backplane connector is a specialized connector designed for large-capacity data transfer between high-speed and low-speed circuits. It is designed to provide secure and reliable connections for components like routers, servers, switches, and storage subsystems. The connector is composed of a male header and a female receptacle and employs a unique locking mechanism to ensure secure electrical connections. The signal conditioning circuit of the202795-4 backplane connector is designed to reduce EMI and crosstalk, and the impedance-matching circuits are used to match the impedance between the two modules to ensure high-speed signal transfer. The connector is used in a variety of applications ranging from data and telecommunications to consumer electronics and industrial.

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