HM2R30PA5100N9LF

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Backplane Connectors - Hard Metric, Standard are connectors designed to provide reliability and performance for backplane bus systems. The HM2R30PA5100N9LF is a type of backplane connector available in Hard Metric and Standard configuration. This article will discuss the application field and working principle of HM2R30PA5100N9LF.

HM2R30PA5100N9LF connectors are suitable for various applications including data communication, multimedia systems, control systems and more. This connector can transmit signals with higher speed, better transmission level, and lower impedance. It utilizes a standard parallelogram grid structure for its backplane design, which can be used for busy network systems. Moreover, its design offers good shielding capability with a high signal-to-noise ratio.

HM2R30PA5100N9LF connectors can support up to 40GHz in frequency and 100Gbps in data rate. This ensures that the connector can handle even complex multimedia applications with high-speed communication requirements. Furthermore, the connector has two mating surfaces with high precision specifications, providing excellent stability and reliability for system performance. In addition, its electrical match is matched with the PCB material and design to minimize impedance and crosstalk.

HM2R30PA5100N9LF connectors are designed to be used with high speed signal networks. This ensures that the connector provides low power consumption and robust operations. Additionally, these connectors can be coupled with high-performance I/O networks for high-speed communication and signal integrity. They can be used for Gigabit Ethernet, USB signal, 10GBASE-T, and PoE (Power over Ethernet) applications.

When it comes to the working principle of HM2R30PA5100N9LF, the connector is designed with a parallelogram grid structure. This offers better signal shielding and careful control of impedance. Additionally, it has a coupling nut for fastening and connecting the connector to the system, allowing for enhanced stability and reliability. Furthermore, the connector is designed to contain multiple contacts that provide the best connection possible without compromising system performance.

In conclusion, HM2R30PA5100N9LF connectors are highly reliable and suitable for numerous applications. They are designed to work with high speed signal networks, and can handle data rates of up to 100Gbps. They also feature a parallelogram grid structure and a reliable coupling nut for connecting the connector to the system. All these features make HM2R30PA5100N9LF connectors an ideal choice for reliable and high-performance network applications.

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