10120126-G0J-50DLF

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Backplane Connectors - Specialized: 10120126-G0J-50DLF Application Field and Working Principle

Backplane connectors are specialized electro-mechanical devices that are used to connect one electrical device to another in a computer system. The 10120126-G0J-50DLF is a type of backplane connector specifically designed for high-speed systems. As one of the fastest backplane connectors in the industry, it delivers superior connection performance between motherboards and chassis components. In this article, we’ll discuss the application field and working principle of the 10120126-G0J-50DLF.

Application field of 10120126-G0J-50DLF:

The 10120126-G0J-50DLF is a highly reliable ultra-high-speed backplane connector that is used in extreme environment applications, such as high-speed serial switching systems, 5G networks, and radio frequency signal switching. This connector is capable of operating at data rates up to 23 Gbps, and can handle distorted signals and data loss, mitigating risks in extreme environment applications. It is also RoHS compliant, which means it is safe for the environment.

The 10120126-G0J-50DLF connector has a low profile design and is shielded, making it ideal for use in high density applications such as server motherboards and 3U/4U chassis. It is also designed for hot pluggability and can be connected repeatedly without any degradation in performance. Overall, this connector is specifically designed for systems that require ultra-high-speed data transmission in extreme environments.

Working Principle of the 10120126-G0J-50DLF:

The 10120126-G0J-50DLF is a high-speed connector that uses differential shielding technology to securely transmit signals. This technology utilizes differential pairs to transmit signal in the plane of the connector. It is important to note that each pair of differential pins are spaced such that the differential transmission line remains symmetric in order to maintain the required transmission integrity. This connector also utilizes aluminum shielding, which helps to mitigate any electro-magnetic interference.

In addition, the 10120126-G0J-50DLF utilizes pin-to-pin signal boosts, which strives to achieve an optimum signal integrity. This reduces the signal loss and ensures that the signal remain consistent. Furthermore, it also lowers the Load Impedance (IL) of the differential lines thus ensuring the highest data rates. Finally, the connector utilizes high-precision contacts which help to maintain the connector’s performance for an extended period of time.

Conclusion

In conclusion, the 10120126-G0J-50DLF is a specialized ultra-high-speed backplane connector, specifically designed for extreme environment applications. It utilizes differential shielding technology, pin-to-pin signal boosts, and high-precision contacts to provide superior connection performance. It is an ideal connector for systems that require ultra-high-speed data transmission in extreme environments.

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