HSC-PH2-E1(64)

Fiber optic connectors are essential for communications with fiber optics, and the HSC-PH2-E1(64) is a particularly noteworthy connector. With its large scope of applications and reliable connection performance, this connector has quickly been adopted by many fiber optic system developers. In this article, we\'ll take a look at the HSC-PH2-E1(64)\'s application field and working principle.

Application Field

The HSC-PH2-E1(64) is designed to support a wide range of data transmission needs. Its typical operating wavelength range is between 1260~1620 nm, and is compatible with a wide range of communication protocols. It is applicable to Gigabit Ethernet, SONET/SDH, and OTU2/OTU3 transmission systems, and is suitable for Ethernet data rates from 1.25Gb/s to 10.3Gb/s. It is also the best choice for connecting different fiber optic systems that require maximum compatibility.

In addition, the HSC-PH2-E1(64) is designed to fit within tight spaces. Its size is only 37.8 x 44.4 x 8.8 mm, and its weight is only 21 g. This makes it ideal for any installation that needs space-saving, lightweight connectors.

Working Principle

The HSC-PH2-E1(64) consists of two parts: an outer housing and a ceramic sleeve. The outer housing is made from high-strength 12 metal alloy, and has a radius of 28mm. It contains a four-fingered contact structure that provides safe, reliable connections. The outer housing also has an anti-interference function to protect the fiber optics from external interference.

The ceramic sleeve contains a phosphor bronze contact that provides a robust connection to the mating shell. The contact is also designed to maintain low contact resistance (0.25m Ω) and requires high insertion force (15N). When the two parts are assembled, the contact is locked in place and ensures a good connection.

The HSC-PH2-E1(64) connector is designed to meet the requirements of various fiber optic system developers. It is compatible with all major protocols and is able to connect different systems. It\'s small size and lightweight design makes it an ideal choice for installations with limited space. The combination of the ceramic sleeve and metal alloy housing provides a reliable connection with minimal contact resistance.