Thanks to smart SWIFTS TM technology, forget about re-calibration!
M Spectra is a very easy and affordable tool to control your laser sources.
Unique features: Measurement of very close laser modes Multi-calibration everywhere in the 630-1083 nm range No drift in calibration over time or temperature change
Applications: Laser control Basic and Innovation Research OEM integration and embedded applications (see OEM M Spectra )
Education Kit:
The M Spectra can also be offered as part of a photonics experiment kit for building a practical work on: integrated optics , Fourier optics, laser modes and laser characterization.
Write us mail for a flyer with examples of investigations and measurements that can be pursued with the M Spectra Education Kit.
Input power range
10 nW - 1 mW
Wavelength Calibration
Factory calibration of 3 bands or more
Integration time
15 ms to 29 s
Maximum Measurement rate
1 HZ
Dimensions
diam. 9.2 cm x 2 cm
Weight
150 g
Power consumption
500 mW (USB power supply)
Communication
USB2.0
Fiber connection
FC/APC
Functionnalities
Trigger Modes
Recording
Continuous or multiframe
Operating Systems
Windows XP, 7 ,8
Peak detection over time
Dark measurement
Manual and wizard modes
Unit change
nm, cm-1, GHz
Graphical utilities
zoom, markers and peak(s) detection over time
Software Development Kit
DotNet library available / VIs LabView available
SWIFTS technology
Multi-wavelength meter function
Automatic peak(s) detection
Characteristics
Wavelength range
630 - 1083 nm
Wavelength bandwidth one measurement
3.5 nm (@630 nm) - 10 nm (@1083 nm)
Optical Spectral resolution
0.007 - 0.02 nm / 0.2 cm-1 / 6 GHz
Absolute wavelength Accuracy
0.007 - 0.02 nm / 0.2 cm-1 / 6 GHz
Aperture
Singlemode fiber N.A. 0.12
Mini Ultra-High Resolution Spectrometer
M Spectra- the only mini spectrometer giving access to ultra-high spectral resolution
M Spectra is the only mini spectrometer giving you access to ultra-high spectral resolution. You can perform measurements on a simultaneous bandwidth of a few nanometers within 630-1083 nm.
