HM2S27PE5100N9LF

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Hard metric backplane connectors are designed to provide high speed, low noise connections in telecommunications, data storage, industrial automation, and instrumentation systems. They are capable of high signal integrity and consistent performance across wide temperature ranges. The HM2S27PE5100N9LF is a type of hard metric backplane connector that features superior durability, superior high speed signal transmission, and superior noise mitigation. It is designed for applications such as IEEE1394a, 10G/40G Ethernet, InfiniBand, PCIe, SGI, and other high speed buses.

The HM2S27PE5100N9LF uses a two-piece female connector, one of which is also known as a "backer." The backer is mounted on the backplane and the other piece is mounted on the board or device that is to be connected. The two pieces are joined together using soldered joins and then electrically bonded together, forming an electrical interface between the interface card and the backplane. This electrical connection provides high speed, low noise connections between multiple subsystems.

The HM2S27PE5100N9LF is a five-row connector with 27 high-speed, power and signal contacts. The connector is designed using a patented multi-tiered via contact design that enables high-speed signals, power and ground connections. Additionally, the connector can accommodate various thicknesses of boards and provides up to 100 Gb/s performance. The connector is also capable of accepting multiple board layouts and provides superior electromagnetic interference (EMI) protection for critical components.

The HM2S27PE5100N9LF is designed to meet the requirements of IEEE802.3, IEEE1394a, IEEE802.1, SAE J1939, and other high-speed communications protocols. It has very low crosstalk between signal lines, which makes it suitable for applications such as signal integrity, automotive communications networks, and high-speed data transfer. It also features a low profile and slim body design that makes it suitable for various applications. Finally, the connector is rated for a maximum operating temperature of 105C, which makes it suitable for high- temperature environments.

The HM2S27PE5100N9LF’s working principle is to provide a high-speed, low-noise connection between various devices. The connection is accomplished by using soldered joints to join the two pieces of the connector together. After the connection is established, the connector transmits high-speed signals, power and ground connections between the connected interface card and backplane. These connections provide data rates of up to 100 Gb/s, depending on the materials used and the conditions of use. Additionally, the connector features superior EMI protection, excellent signal integrity, and superior reliability in a wide range of temperatures.

In conclusion, the HM2S27PE5100N9LF is a hard metric backplane connector that provides superior high-speed connections in telecommunications, data storage, industrial automation, and instrumentation systems. The connector is designed with soldered joints, a patented multi-tiered via contact design, and can accommodate various thicknesses of boards. The connector has high signal integrity, low noise, and excellent EMI protection while operating in a wide range of temperatures. Finally, the connector is capable of providing up to 100 Gb/s of data rate, making it suitable for high-speed applications.

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