Deformable Mirror (DM-155.37)
A beam leaving a laser has poor spot quality and cannot be guaranteed to propagate perfectly parallel, due to errors in laser components, material inhomogeneity, and interference within the beam itself. Adaptive-optics wavefront sensors and wavefront correctors (deformable mirrors) are therefore used for real-time wavefront correction. The precision device performing this correction, the deformable mirror, is among the most difficult products to design in micro- and nanoscale motion control.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Number of Units | 37 |
| Mirror Total Aperture | Ф66mm |
| Mirror Clear Aperture | Ф55mm |
| Operating Voltage | 0~120V |
| Surface Figure Quality (Wavefront within the Clear Aperture) [RMS; within the clear aperture] | ≤50nm（RMS） |
| Correction Capability (Zernike Phase Difference) | First 16 terms |
| Wavefront Modulation Amount | ≥8μm |
| Resonant Frequency | ≥1000Hz |
| Reflectance @1064nm [Customizable ；1064nm ≥99%；@1064nm] | ≥99%（ Customizable ） |
| Dimensions | 76 mm × 76 mm × 47.3 mm |
| Compatible Controller | 7AMP-4300.48.220 |
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