HSC-PH2-E1(76)

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Fiber optic connectors are used as a bridge to connect fiber optic cables and provide an optical source for network connections. They provide reliable signal transmission over long distances and offer various advantages such as long transmission distances, high bandwidth, and low power consumption. The HSC-PH2-E1(76) housing is one of the most popular housing types used for fiber optics. This article will discuss the application fields and the working principle of this type of housing.

The HSC-PH2-E1(76) housing is a plug-in type housing. It is designed to house fiber optic connectors while keeping the cable connection secure. The housing is made of a rugged die-cast aluminum alloy, which provides excellent insulation against shock and vibration. The design of the housing is compact and lightweight, allowing for easy installation in a variety of environments, including outdoor systems. The housing is specifically designed to fit InVerse Fiber connector products.

The HSC-PH2-E1(76) housing is most commonly used in high-speed fiber optic networks, such as metropolitan area networks (MANs), local area networks (LANs), and wide area networks (WANs). The housing is designed to recess into the cable sheath, keeping the connection points secure while providing an optically sound termination. The housing is also designed to accommodate multiple core fiber optic cables up to four in number. The core cables are directly attached to the housing, thereby ensuring the physical and optical integrity of the connection.

The working principle of the HSC-PH2-E1(76) housing is quite simple. The housing has two small ports which allow the insertion of two fiber optic cables. The cables are firmly held in place by a resilient plastic insert in the housing. This ensures that the connection points remain secure and any movement of the cables is minimized. Once the connection is established, the housing is filled with a fluid that provides a seal against moisture and dust ingress. The use of this fluid also provides the necessary insulation that will prevent electrostatic charges from affecting the fiber optic connection.

In conclusion, the HSC-PH2-E1(76) housing is a popular choice for fiber optics connections. It is designed to provide secure fiber optic connections and keep the cables safely fit in the housing. The working principle of the HSC-PH2-E1(76) housing is simple and works by providing a secure fit and an airtight seal. The application fields of the housing include high-speed networks such as MANs, LANs, and WANs that require secure, reliable fiber optic connections.

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