HSCM-2SPH3-B1(60)

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Fiber Optic Connectors - Housings: HSCM-2SPH3-B1(60)

Fiber Optic connectors are designed to connect two optical fibers. Housings are the most common type of fiber optic connector and are available in many shapes and sizes. The HSCM-2SPH3-B1(60) is a high speed, multi-fiber connector, designed for use in data centers and telecom applications. It offers an effective connection for up to 24 fiber pairs in a single housing.

The HSCM-2SPH3-B1(60) utilizes a two-piece housing to protect the fiber from dust and other debris. The housing is typically made from either a metal or a plastic material and has several access points allowing the fiber to be easily donned or doffed from the connector. The device also features a 90 degree twist lock design that allows for quick and secure attachment and removal of the connector.

The design of the HSCM-2SPH3-B1(60) fiber optic connector enables it to be easily inserted into a range of fiber applications. It is suitable for applications such as Gigabit Ethernet, Fibre-Channel and other high speed datacom applications. The connector is also easily adaptable to different fiber types such as Single Mode and Multi Mode. The HSCM-2SPH3-B1(60) can be used with a range of transmission speeds and is also RoHS compliant, making it a suitable option for a wide variety of applications.

The working principle of the HSCM-2SPH3-B1(60) fiber optic connector is based on the principle of light interference. The device consists of two optical fibers mounted in the connector\'s housing. The two optical fibers are positioned perpendicularly to one another. As light waves travel through the fibers, they are reflected off of the fibers\' surfaces and travel back in the opposite direction. This interference creates a signal which is used to transmit data.

The HSCM-2SPH3-B1(60) is an ideal connector for use in data centers and telecom networks due its reliable and high-speed performance. It is suitable for both single-mode and multi-mode fibers. The connector is also RoHS compliant and is compatible with a range of transmission speeds. Finally, the device is designed with a two-piece housing construction to protect the fiber from dust and other debris, allowing for long-lasting performance.

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