09030006260

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Backplane connectors are a critical component in the design of various applications, providing a high-bandwidth, high-data-rate connection between two subsystems in a system. The 09030006260 connector is a backplane connector that is found in many computer systems and applications, providing a reliable connection between the motherboard and other devices that are part of the system. This article will discuss the application and working principle of 09030006260 connectors.

Applications of 09030006260 Connectors

The 09030006260 connector is designed for use with compact form factor boards and high-speed signal systems. It has been designed to handle high-capacity boards and applications including:

• Personal computers
• Networking devices
• Enterprise servers
• Telecommunication systems
• Industrial automation systems
• Medical systems
• Consumer electronics
• Automotive systems

The connector offers a robust connection with high current carrying capacity, making it ideal for a wide range of applications. The 09030006260 connector also offers high-speed signal transmission, low crosstalk and impedance, low power consumption, and a high level of signal integrity, making it suitable for high-speed data transmission in applications such as data centers, storage systems, and high-performance computing.

Working Principle of 09030006260 Connectors

The 09030006260 connector uses a friction-lock retention feature that ensures a secure and strong connection between the connecting board and the pins. The connector also features spring-loaded contacts that prevent backplane problems such as the accidental engagement of pins in adjacent sockets. The spring-loaded contacts create an electrical barrier between the twopin sockets, creating an additional layer of protection from electrical interference.

The 09030006260 connector also features a high-bandwidth, low-latency design to minimize signal integrity issues and enable high-speed signal transmission. The connector is engineered to handle high-capacity boards and applications, such as digital storage and high-performance computing, while providing a low insertion force for high-speed signal transmission. The connector is also designed with anti-EMI (electromagnetic interference) features to reduce EMI noise.

The 09030006260 connector is designed with high-quality materials that provide a reliable connection. The connector has a low insertion force and is temperature, vibration, and shock-resistant to ensure the connection remains secure. The connector is also compatible with various types of backplane systems and can be used in temperatures ranging from -40°C to +85°C.

Conclusion

The 09030006260 connector is designed for use in high-capacity boards and applications that require reliable and high-speed connections. The connector has a friction-lock retention feature and spring-loaded contacts that ensure a reliable connection and protect against electrical interference. The connector also features a high-bandwidth, low-latency design and is engineered to handle high-capacity boards and applications. Finally, the connector is made with high-quality materials that are temperature, vibration, and shockresistant to ensure a secure connection.

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