HSC2-PH0.9-E1(60)

Fiber optic connectors and housings are devices used to make fast connections between optical fibers and provide protection and strain relief for these fibers. The HSC2-PH0.9-E1 (60) is one type of connector and housing with unique features that make it suitable for certain applications. This article will discuss the application field and working principle of this connector and housing.

The HSC2-PH0.9-E1 (60) is designed for applications involving the high density connection of optical fibers. It is a compact, small form factor ferrule connector that provides quick and easy installation and high performance. The connector features a ceramic ferrule with a large core diameter, allowing for the connection of up to twelve fibers in a single housing. This high density design makes it suitable for installations that require a large number of connections in a small space, such as data centers or backbones. Additionally, the connector is designed to ensure that the optical fibers are properly aligned and held firmly in place, providing a secure connection.

When the two halves of the HSC2-PH0.9-E1 (60) connector and housing are mated, a mechanical connection is formed between the two halves via a circular locking sleeve. This connection prevents the connected fibers from breaking when placed in tension. Additionally, the connector features an oval-shaped groove on the ferrule to ensure that each fiber is properly aligned in the proper channel. This ensures that the optical signals between the fibers are transmitted efficiently and accurately.

The HSC2-PH0.9-E1 (60) connector and housing is designed for use in high density applications where quick and reliable connections are required. It is a small, lightweight connector with a large core diameter, making it ideal for deployments in denser spaces. Additionally, the mechanical connection and oval shape of the ferrule ensures that the optical signals are transmitted accurately and securely. As such, it is suitable for use in a variety of applications, such as data centers, backbones, and high-density installations.