50576-1192FLF

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Backplane Connectors - Specialized technology are designed for high speed communications. A classic example of this technology is the 50576-1192FLF Backplane Connector. This device offers improved speed, power density, and features that help make it the perfect choice for high performance computing applications. Below we will discuss the application field and working principle of the 50576-1192FLF Backplane Connector.

Application Field

The 50576-1192FLF Backplane Connector is designed to be used in high performance computing applications. It has a high speed transfer rate of up to 8.1 Gbps and a low-power design that makes it suitable for long-term storage of data and audio files. This backplane connector is also specifically designed to interface with PCI Express motherboards and other PCIe compliant devices. It is ideal for use in applications such as networking, storage, and communications, due to its ability to support simultaneous transmission of multiple data streams.

The 50576-1192FLF Backplane Connector is also designed to be used in other high performance applications, such as Automotive Ethernet, Automotive Audio, and Automotive Networks. Additionally, it is suitable for use in defense and other ruggedized applications. The device supports both 3.3V and 1.8V logic, and is compliant with several industry standards, including EIA/TIA 568A and AS/NZS 3548.

Working Principle

The 50576-1192FLF Backplane Connector works by providing a highly reliable, low-cost connection between multiple electronic components. It uses a miniaturized, surface-mounted design that incorporates a gold plated backplane board with a non-insulated pre-routed conductor. The connector is designed to provide a signal transmission rate of up to 8.1 Gbps and a signal propagation delay of 1ns. The device also has a thermal rating of 8A, ensuring that it can be used in a wide variety of applications.

The connector is highly compatible and works with standard connectors, including PCIe, SFF, and SATA. It also has an integrated power feed, which helps to ensure that the data transfer is reliable and stable. Moreover, the cable is insulated and features a low profile design, allowing for easy installation and routing.

The 50576-1192FLF Backplane Connector is designed for easy use and integration. It is built using a miniature source lead and can be plugged and unplugged quickly and easily. Additionally, the connector is RoHS compliant and features a Low Lossy Dielectric material, which helps to reduce EMI and crosstalk. It also incorporates a conductor-backed plate design for improved shielding, as well as an optimized dielectric surface that dissipates heat quickly and efficiently.

Conclusion

The 50576-1192FLF Backplane Connector is an ideal choice for high performance applications. It has a high speed transfer rate of up to 8.1 Gbps, a low-power design, and is compliant with several industry standards. Moreover, it is highly compatible and works with standard connectors, including PCIe, SFF, and SATA, and features an integrated power feed, along with an insulated cable and low-profile design. Its RoHS compliant construction and Low Lossy Dielectric material help to ensure reliability and stability. Thanks to its features, this connector is the perfect choice for high performance computing applications.

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