FBG Filter Embedded Connector
Description
The FBG Filter Embedded Connector is designed for fiber-to-the-home applications where monitoring optical fiber communication lights is required. It utilizes a wavelength of 1625nm or 1650nm for maintenance testing and incorporates optical filters that allow the communication light to pass while cutting off the test light in front of optical line terminals and optical network terminals.
The termination cable, located near an ONT, features an SC-type connector with an embedded optical filter. This connector provides an easily embeddable and cost-effective solution. The FBG filter is ideal for this application.
FBG Filter Embedded Connector
Specifications |
|
---|---|
Center Wavelength Range: | 1625-1650nm |
FBG Length: | Not Specified |
Reflectivity: | 10 - 90% |
FWHM: | 10 nm |
Fiber Type: | SMF-28e or other |
Insertion Loss: | <0.7 dB |
Return Loss: | >50 dB |
Type: | SC/APC, SC/PC, LC/PC, or LC/APC |
Features
- Enables monitoring of optical fiber transmitting communication lights
- Utilizes a wavelength of 1625nm or 1650nm for maintenance testing
- Incorporates optical filters to pass communication light and block test light
- SC-type connector for easy integration
- Suitable for fiber-to-the-home applications
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
-
Ships from:
China
-
Sold by:
-
On FindLight:
since 2015
Frequently Asked Questions
It is used for monitoring optical fiber transmitting communication lights and maintenance testing.
A wavelength of 1625nm or 1650 nm is used for maintenance testing.
The termination cable has an SC-type connector with an optical filter.
FBG filter is suitable for this application as it can be easily embedded in a connector to realize a more economical termination cable.
The specifications include center wavelength (nm) of 1650, 1625 or C band, reflectivity of 10%~99%, FWHM (nm) of 10 (typical), insertion loss (dB) of <0.7, and type of SC/APC, SC/PC, LC/PC or LC/APC.