HM2P09PDE1U1L9LF

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Backplane connectors are components used to establish electrical contact between two printed circuit boards (PCBs) or other substrates located in the same plane. The most common types of backplane connectors are Hard Metric, Standard, HM2P09PDE1U1L9LF and Cascadable, among others. In this article, we will focus on HM2P09PDE1U1L9LF application field and working principle.

HM2P09PDE1U1L9LF refers to a modular connector system used to connect two or more printed circuit boards together. It is designed to accommodate high-speed signals, making it a superior option for today’s signal and data applications. A wide range of application fields are suitable for the HM2P09PDE1U1L9LF connector, such as computer peripherals, high-speed servers, chipsets, motherboards, gaming consoles, and embedded applications.

The HM2P09PDE1U1L9LF’s working principle is based on the selection of appropriate pitches, features, densities, and terminations. It offers economical and ruggedized design solutions up to 9.0mm pitch and is capable of handling data rates of up to 10 Gbps. It is designed to meet the most demanding signal integrity requirements, ensuring optimal performance. The HM2P09PDE1U1L9LF contacts feature a double-row construction with two rows of pins and two rows of sockets. These contacts are designed to provide high electrical and mechanical stability, supporting exceptional low impedance and insertion loss.

In terms of power contacts, the HM2P09PDE1U1L9LF offers a robust design to meet next generation power requirements. The contacts are tested to handle up to 14A of current, and the connector includes high-current contacts with a 12.3A rating. This allows the connector to meet the demands of advanced applications requiring higher current performance. The contacts are designed with a single piece crimp contact capability and a secure mating between the connectors.

In addition, the HM2P09PDE1U1L9LF also offers a wide range of features for optimized performance. These features include low mating force, which improves ease of handling and reduces human fatigue. It also features a guide rail design, ensuring proper alignment for a robust connection. The design includes a lever and release mechanism for easy insertion and removal of the connector.

In conclusion, the HM2P09PDE1U1L9LF is a modular connector system designed to offer superior performance for today’s most demanding signal and data applications. It is designed with a wide range of pitches, features, densities, and terminations to ensure optimal performance. It also features a guide rail design and high-current contacts to meet the requirements of advanced applications. By offering optimal performance and ease of use, the HM2P09PDE1U1L9LF is an ideal choice for modern electronics.

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