HSCF-2PH2-B1(R)(60)

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Fiber optic connectors are integral members of any network architecture. In general, the type of connector typically determines the characteristics of a fiber optic connection. The HSCF-2PH2-B1(R)(60) is a multi-fiber, socket-based connector that is designed to be both reliable and versatile.

HSCF-2PH2-B1(R)(60) housings are made from an array of materials, including plastic and metal. Typically, the metal housings are made of copper and aluminum, and they are regularly available in various sizes. The plastic housings are typically fabricated from polypropylene or thermopolymer. Additionally, these housings are generally available in both single- and multi-fiber varieties.

The primary application field of the HSCF-2PH2-B1(R)(60) connector housing is for Data Center applications. This type of fiber optic connection is designed for high-speed, high-capacity transmission of data in a wide range of applications. Additionally, this type of fibered connector is also commonly used in Self-Organizing Networks (SONs) and test and measurement equipment.

The working principle of the HSCF-2PH2-B1(R)(60) connector housing has two primary components. First is the physical connection between the two fiber optic connectors. The second element is the mechanical connection between the two connectors. This mechanical connection ensures that the two connectors remain tightly connected, even when subjected to vibration.

The physical connection between the two fiber optic connectors is typically a socket type. This allows for the insertion of an optical fiber within the receiving connector. The receiving connector then firmly holds the inserted fiber in place. The mechanical connection between the two connectors is achieved through a pin-and-sleeve construction. This type of construction involves connecting two or more pins, which are typically mounted on the housing, with a sleeve that extends over each of the pins. The sleeve creates an electrical and mechanical connection between the two sockets.

Additionally, the mechanical connection between the two connectors may also involve the use of collar rings. Collar rings are typically used to ensure that the two connectors remain securely connected. The placement of these collar rings also helps to prevent the pins from being jarred loose, which can lead to severe transmission problems.

The HSCF-2PH2-B1(R)(60) connector housing is extremely reliable and versatile, making it ideal for numerous applications in data centers. Additionally, its pin-and-sleeve construction provides an extra measure of security when connecting optical fibers to each other. Finally, it is designed to ensure that the two connectors remain firmly connected even when exposed to heavy vibration. All together, the HSCF-2PH2-B1(R)(60) connector housing is an excellent choice for any Data Center network architecture.

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