M-WAVE 339 MWIRThe perfect blend of innovative design and state of the art technology
M-Wave 339 - MId Wave INFRARED interferometer
The M-Wave 339 Infrared Interferometer is a state of the art LUPI (Laser Unequal Path Interferometer) operating at 3.39 micrometers. It is the ideal instrument for testing mid-wave infrared imaging components/systems and optical material homogeneity.
SYSTEM SPECS |
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|---|---|
| SPECIFICATION | DESIGN VALUE |
| Accuracy (Uncalibrated) | 0.01λ RMS Wavefront Eror @3.39 μm |
| Accuracy (Calibrated) | 0.004 λ RMS Wavefront Error @ 3.39μm |
| Repeatability | 0.001λ RMS Wavefront Error @ 3.39μm |
| Base Instrument Aperture | 25.4mm Diameter |
| Beam Expander Aperture | 101.6mm Diameter |
| Camera Resolution | 640 x 512 Pixels |
| Zoom Lens | 1X to 6X |
| Acquisition Mode | Phase Shifting |
| LASER SPECIFICATION | |
| Laser Type | HeNe |
| Wavelength | 3.39 μm |
| Output Power ≥ | 2 mW |
| Beam Polarization | Linear |
| *Custom lasers available upon request. | |
| MAIN FRAME SPECIFICATION | |
| Envelope Dimensions (LWH) | 744mm x 407mm x 275mm |
| System Optical Axis Height | 115mm |
| Electrical Requirements | 120 VAC, 60 Hz |
| Laser Safety | CDRH Class IIIb Laser ProductIEC Class 3B |
| Weight | 60 lbs (Mainframe) |
| SOFTWARE SPECIFICATION | |
| Analysis Software | ESDI Intelliwave LE-2 or Apre Reveal * 1) Vibration free environment with temp. change < 1°C/15 min. between 20-23°C, no thermals 2) 3 sigma of the rms for 128 data sets, each an average of 32 measurements 3) These parameters state conditions which the system can operate; they do not represent the environmental stability required to meet performance. |
| www.esdimetrology.com | www.apre-inst.com | |