Advanced FBG Fabry Perot FBG Cavity
Description
Advanced FBG Fabry Perot FBG Cavity and its system integration.
Advanced FBG Fabry Perot FBG Cavity
Specifications |
|
---|---|
Measurement Capability: | Vibration |
Number Of Optical Channels: | -- |
Scan Frequency: | 300000 Hz |
Wavelength Range: | 1530-1562nm |
Wavelength Accuracy: | 10 pm |
Dynamic Range: | -- dB |
Features
10 x better performance than regular FBG
Convert wavelength change directly to voltages in both high and low frequency applications
FBG pair with matching wavelength
Low and High Finesse cavity
Applications
End winding Vibration
Vibration signature capture in high voltage and strong electromagnetic field environment
Vibration Monitor of large motor and diagnosis
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
-
Ships from:
Canada
-
Sold by:
-
On FindLight:
External Vendor
Claim QPS Photronics Inc Page to edit and add data
Frequently Asked Questions
The applications of the Advanced FBG Fabry Perot FBG Cavity include end winding vibration, vibration signature capture in high voltage and strong electromagnetic field environment, and vibration monitor of large motor and diagnosis.
The key features of the Advanced FBG Fabry Perot FBG Cavity include 10x better performance than regular FBG, FBG pair with matching wavelength, and low and high finesse cavity.
The specifications of the Advanced FBG Fabry Perot FBG Cavity include a center wavelength in nm of 1530-1565 within C band, wavelength tolerance in nm of +/-0.1 to ±0.2, and wavelength matching in nm of ±0.01.
The Advanced FBG Fabry Perot FBG Cavity is a laser instrument that converts wavelength change directly to voltages in both high and low frequency applications.
The supporting interrogation method for the Advanced FBG Fabry Perot FBG Cavity includes QPS VibroFiber Technology available for license plus special packaging, Pico scope with special QPS packaging, and receiver module 20 db with low and high frequency.