RNGFAP12DMMLC

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

Introduction

The RNGFAP12DMMLC, otherwise known as a Rapid Connect Series FAP Female-Female Adapter, is a type of fiber optic connectors known as adapters. As its name implies, it is capable of connecting two optical fibers of the same type with different diameter as well as a variety of lenses to the same optical fiber. Furthermore, when used with a coupling sleeve, the adapter can connect two optical fibers of different types as well.

Application field

The RNGFAP12DMMLC is used for applications that require a secure and reliable connection between two optical fibers. Examples include connecting one optical fiber to another in order to increase the distance of transmission, connecting the same type of optical fiber with different lenses, or connecting two different types of optical fiber using a coupling sleeve. The RNGFAP12DMMLC adapter is also capable of being integrated into more complex systems, such as a fiber optic network connecting distant locations.

Working Principle

The working principle of the RNGFAP12DMMLC adapter is fairly simple. The two ends of the adapter each have a male connector that slides into a female connector at the other end. This creates a secure connection between the two optical fibers. The coupling sleeve is placed between the two male connectors and creates a more secure locking mechanism. This ensures that there is no loss of signal when passing through the adapter.

Conclusion

The RNGFAP12DMMLC adapter is used for connecting two optical fibers of the same type, different types using a coupling sleeve, or the same type with different lenses. It provides a secure and reliable connection and is capable of being used in more complex systems. The adapter works by having a male connector on each end sliding into a female connector, with a coupling sleeve used for creating a more secure lock.

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