SWIR Spectrum Wavefront Sensors
SWIR Spectrum Wavefront Sensors
Product name : SWIR Spectrum Wavefront Sensors
Description :
HASO SWIR
The HASO SWIR is based on an InGaAs camera, offering high accuracy, large dynamic range and high-speed acquisition frequency. It features the new SpotTracker technology, providing absolute wavefront and tilt information and eliminating alignment requirements.
HASO SWIR LIFT 160
A great choice for the most demanding SWIR optical metrology applications, the HASO SWIR LIFT 160 wavefront sensor provides the highest resolution in SWIR,160 x 128 phase points resolution, 1050-1700 nm and it is Alignment free.
Compatible with the Optical Engineering Companion.
HASO SWIR FAST
The HASO SWIR FAST is a high-speed wavefront sensor designed for demanding applications requiring accurate measurements in the shortwave infrared (SWIR) spectrum. It boasts a high frame rate, large wavefront measurement dynamic, and internal calibration for simplified integration. Ideal for adaptive optics in free space optical communication, quantum key distribution, and atmospheric turbulence characterization, the HASO SWIR FAST delivers exceptional performance and reliability.
| PRODUCT NAME | PUPIL SIZE W x L (mm2) | PHASE POINT RESOLUTION | MICROLENS NUMBER / (LIFT PH. P. RES.) | MAX FREQ. (Hz) | WAVELENGTH (nm) | REPEATABILITY (RMS λ/n) | ABSOLUTE ACCURACY (RMS λ/n) |
| HASO4 SWIR | 9.30 x 7.44 | 1280 | 40 x 32 | 150 | 900 - 1700 | 200 | 100 |
| HASO SWIR LIFT 160 | 9.30 x 7.4 | 20480 | 40 x 32 / (160 x 128) | 150 | 1050 - 1700 | 200 | 100 |
| HASO SWIR FAST | 1.75 x 1.75 | 121 | 11x11 | 4500 | 900 - 1700 | 200 | 15 |
| HASO4 SWIR | HASO SWIR LIFT 160 | HASO SWIR FAST |
 |
 |
 |
| BEST FOR – Optical metrology – Adaptive optics applications such as long-range communication – Optimizing the alignment of complex systems – Light-source characterization |
BEST FOR – SWIR metrology (1050-1700nm) – High Resolution testing of IR optics and coatings |
BEST FOR – Adaptive Optics for Free Space Optics (Satellite Communication or horizontal path communication). – Adaptive Optics for Quantum Key Distribution. – High speed SWIR atmospheric turbulence characterization. |