HM2P07PDL395N9LF

Backplane Connectors - Hard Metric, Standard

The HM2P07PDL395N9LF connector is a high performance, low cost fiber optic connector used for high speed data communication, industrial control, and security systems. It is designed for applications where data rates and signal integrity are critical. The connector is compliant to the hard metric standard and is suitable for use in various high-density, space-limited backplane applications. It has been designed with multi-mode fiber optic transceivers, low loss single mode fiber jumpers, and highly reliable connector components.

Overview

The HM2P07PDL395N9LF connector features a low profile, robust design that facilitates easy hand-mounting and reduces the number of components and hardware installation time. Additionally, this connector uses unique glass-filled nylon for superior mechanical strength, resulting in greater strength and durability than conventional plastic connectors. The connector also incorporates novel fiber optic cables to improve signal integrity and reduce losses, enabling superior performance on greater distances.

Application Field

The HM2P07PDL395N9LF connector is typically used in communications networks, industrial control, and video and audio systems. Other applications include high speed inter-connects, on-board optical interconnects, high-speed point-to-point connections, and high speed data transmission systems. It is also commonly used in high density applications where the small form factor and low power requirements make it an ideal choice.

Working Principle

The HM2P07PDL395N9LF connector is constructed with two components: a ferrule and an optical coupling component. The ferrule, which securely holds the fiber core in place, is made from stainless steel or a glass-filled resin for strength and durability. An adhesive coated gasket then keeps any debris from entering the port. The optical coupling component includes a high efficiency lens, which is designed to quickly send and receive optical signals between the two fibers.

With the help of the lens, the signals are transmitted and received without any interference, allowing for smooth and accurate information transmission. This is achieved through the transmission of light waves along the fiber. The light waves reflect off of the back of the lens and are then read by the receiver on the opposite end of the connector. This allows for much higher signal integrity and data speed than copper wire connections.

Conclusion

The HM2P07PDL395N9LF connector is an excellent choice for reliable and high speed data transmission in a variety of applications. It is compliant with the hard metric standard and offers superior performance with its high efficiency lens and robust construction. Additionally, its low profile form factor and simple hand-mounting makes it an ideal choice for space-limited backplane applications.