HM2S30PE5100N9LF

Backplane connectors are responsible for interconnecting electronic components in a circuit board and are widely used in communication, computer, and industrial automation systems, as well as in satellites and aircraft. The HM2S30PE5100N9LF is a hard metric, standard backplane connector which features high reliability and electrical characteristics necessary for signal transmission in high-frequency high-speed applications.

HM2S30PE5100N9LF Application Field

The HM2S30PE5100N9LF is a standard backplane connector capable of transmitting high-frequency data at a rate of up to 9.5 Gbps. This makes it an ideal choice for many connector applications such as data storage, telecommunication systems, industrial automation equipment, and server applications. The hard metric construction of the HM2S30PE5100N9LF also allows it to be used in demanding vibration and shock environments.

HM2S30PE5100N9LF Working Principle

The HM2S30PE5100N9LF is a hard metric, standard connector which is designed to provide an efficient interconnecting alternative between motherboards, backplanes, and any other printed circuit board assemblies. It is capable of handling high frequency signals up to 9.5 Gbps and supports up to 15 mate cycles. The design of the connector ensures that it fits perfectly and reliably in any layout, and the integrated latch prevents accidental disengagement.

The HM2S30PE5100N9LF supports multiple signal paths without compromising reliability or signal integrity. It is equipped with two signal paths which support different frequencies, so that it can support up to 9.5 Gbps per path and at the same time reduce the amount of crosstalk. The connector is also shielded to reduce electrical interference.

The HM2S30PE5100N9LF can be used to provide power or signal connections between the motherboard and the other components of the system. It is designed to be used for hot plugging, so users can remove and replace components without having to turn off the system. The connector is compatible with the industry standard hard metric footprints and is UL certified.