17-300020

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fiber optic connectors and adapters are important components in fiber optics networks. They form a mechanical interface between components of the network, enabling data transmission via optical cable.17-300020 is one particular type of fiber optic connector and adapter, developed by 3M™, that operates with fiber optic cables and interconnects two optical fibers. This type of connector is mainly used in fiber optic communication systems and other telecom-related applications.Let\'s take a closer look at the working principle of the 17-300020 connector, as well as its application field. First, the working principle: The 17-300020 connector is an epoxy-free optical connector with a dual spacer structure. This patented connector creates a precision fiber-to-fiber connection without the need for adhesives or epoxy. It utilizes spacer structuring and ultra thin layer dielectric coatings to provide optical alignment and optical isolation. The finely machined spacers provide both hard-stop alignment and ultra-low insertion loss. The dual spacer design is especially suitable for environments with wide temperature tolerances.Now, let\'s talk about its application field. This type of fiber optic connector enables the transmission of light from one fiber to another with minimal loss. It is commonly used in a variety of telecom and data-communications applications, including LED, fiber-to-fiber data transfer, and fiber-to-board applications. It is also applicable for aerospace, marine, and medical applications. To summarize, the 17-300020 connector and adapter is a sub-type of fiber optic connector that is designed with epoxy-free optical connections with dual spacer technology. It is utilized in a wide range of telecom and data-communications applications, as well as other specialized environments such as aerospace, marine, and medical applications. It provides secure, reliable connection with minimal loss.

The specific data is subject to PDF, and the above content is for reference