HASO SWIR FAST Wavefront sensor
Quality wavefront sensing at 4.5 kHz in the 1-1.7µm spectrum
HASO SWIR FAST Wavefront sensor
Quality wavefront sensing at 4.5 kHz in the 1-1.7µm spectrum
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. Check out the HASOs Table to see our Full HASO SERIES, compare specs and choose what fits your
HASO SWIR FAST Wavefront sensor
With its very high frame rate, the HASO SWIR FAST Wavefront sensor is used in most demanding applications where measurement accuracy in Soft Wave InfraRed bandwidth and high temporal resolution are needed. Thanks to its large wavefront measurement dynamic and its internal calibration, its implementation in an optical bench is simplified.
Applications+ Quantify optical system’s aberrations
+ Characterize complex optics + Measure Mid-spatial frequency (MSF) errors + Check if optical mount distorts optics + Verify compliance with specifications + Align system for optimal performance + Predict system’s focalization and imaging quality + Measure effects of temperature and gravity on performance + Diagnose laser beam, adjust and check pointing stability + Collimate optical systems and lasers + Quantify optical components and systems dependency to wavelength |
Best For+ Adaptive Optics for Free Space Optics (Satellite Communication or horizontal path communication) |
Examples of applications of the HASO SWIR FAST Wavefront sensor
+ HASO SWIR FAST is included in our CIAO SWIR, a stand-alone adaptive optics platform that includes a Piezo DM. The loop is closed at the frequency of 3.5kHz.
+ HASO SWIR FAST has been used to characterize an atmospheric turbulence emulator and get the power spectral density up to the frequency of 2.2kHz on 36 Zernike polynomials.
Software
Description |
Specifications |
Pupil size | 1.9 x 1.9 mm² |
Absolute Accuracy (RMS) | 15 nm |
Repeatablility (RMS) | < 5nm |
Microlens Number | 12 x 12 |
Interface | Dual Camera Link Frame Grabber |
Wavelength | 1000-1700 nm |
Max. acquisition frequency | 4500 Hz |
Coming soon!!