1. Product introduction
Hartmann's infrared wavefront sensor has: (1) simple measurement system structure and optical path; (2) The time coherence of the light source is not high; (3) Able to operate in low light; (4) It does not have high requirements for the measurement environment, and it is measured online and in real time; (5) There is no uncertainty problem of 2π in measurement, and the wavesurface inclination is the same, which does not affect the measurement results, so it is widely used in laser wavefront measurement, optical system assembly, optical metasurface measurement and biomedical fields.
Infrared wavefront sensor in kind
Near-infrared high-sensitivity H-S wavefront sensor
Wide-spectrum H-S wavefront sensor
2. Features
-- Wavefront distortion PV, RMS, ZERNIKE ABERRATION/LENGDER ABERRATION, STRELLI RATIO (SR), point spread function (PSF), line spread function (LSF), modulation transfer function (MTF) measurement work
Energy Module;;
-- Real-time dynamic measurement and multiple average measurement, relative measurement and absolute measurement;
-- Manual and automatic setting of measurement mask
-- Non-uniform light field wavefront measurement;
-- Frequency response characteristics close to uniform response per unit;
3. Model and parameters
Model | HSWS-VIR-II |
Microlens arrays | 40×32 |
Operating wavelength | 1100nm-1700nm |
Measurement Accuracy (RMS) | 1/100λ@1550nm |
Measure sensitivity | 5μrad |
Measure dynamic range | ±3° |
Measure the frame rate | Less than 1 frame/sec |
Wavefront measurement analysis software | Provide a secondary development library based on C++/C, and various functional components can be added at any time according to customer requirements |
Working environment | Humidity 20%~70%; Temperature: 15°C~35°C |
Delivery list | name | quantity |
1 | sensor | 1 pc |
2 | Dedicated software and computers | 1 set (software expandable, one set for each product) |
3 | Data & Power Cords | 1 set |
4 | Product datasheet | 1 serving |