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FTIR using Michelson interferometer
Fourier transform infrared dedicated Michelson module Michelson interferometer basic principle: MOST basic structure: NIR interferometer INT05 This de
Product details
Fourier transform infrared dedicated Michelson module
The basic principle of Michelson interferometer:
Basic structure of MOST:
NIRInterferometerINT 05
This device is sturdy and never needs to be adjusted.
Add a moving mirror on one arm to complete the interferometer and allow the optical path difference to vary around zero OPD. The sturdy structure and permanent alignment make the INT 05 series interferometers ideal for your higher precision near-infrared analyzer applications.
Specification |
Value |
Optical aperture |
Ø0.50in / 12.7mm |
Export |
0.10 WAVES P-V @ 633nm |
Scope of work |
2940-7700 cm-1（1300nm-3400nm） |
weight |
210g |
working temperature |
20° - 40°C |
Work heat gradient |
2°C ABSOLUTE; < 2°c>2°c> |
In the process of continuous product improvement and updates, if there are any requirements beyond the list, please contact us.
INT10-M single-chip Michelson interferometer, suitable for designers familiar with this field
This device is a permanent alignment and fusion of two arm mirrors that are reflected together, consisting of a beam splitter compensator in a single integrated component. Add a moving mirror on one arm to complete the interferometer and allow the optical path difference to vary around zero OPD. The INT10-M single-chip Michelson interferometer is particularly suitable for those experienced in FTIR mechanical structures.
Specification |
Value |
Optical aperture |
Ø1.000in / 25.4mm |
Export wavefront |
0.25 WAVES P-V @ 633nm |
Scope of work |
650-4000 cm-1(2500nm-15um) |
weight |
460g |
working temperature |
20° - 40°C |
Work heat gradient |
2°C ABSOLUTE; < 2°c>2°c> |
In the process of continuous product improvement and updates, if there are any requirements beyond the list, please contact us.
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