The EZLite-HxS series gives spectral data within a +/- 60° viewing cone.
You get a full spectral map made in less than 3mn. With 15 bandpass filters regularly distributed in the middle range, the EZLite-HxS is your solution for an angular spectral analysis.
The EZLite-HxS series gives spectral data within a +/- 60° viewing cone.
You get a full spectral map made in less than 3mn. With 15 bandpass filters regularly distributed in the middle range, the EZLite-HxS is your solution for an angular spectral analysis.
FEATURES
| Specifications | EZLite-HxS | |
|---|---|---|
| Viewing Angle | Incident angle Azimuth angle |
±60° 0-360° |
| Measuring area | Diameters | 2mm, 1mm, 500μm, & 300μm |
| Density | Set of neutral density | |
| Polarization | Optimal | 3 polarizers: 0, 45 & 90° and 2 wave-plates (*) |
| Optimum distance | (To ensure the light is coming from the same spot at any angle) | 4,5mm |
| Spectral specs | Standard Optional Spectral data extraction |
15 bandpass filters on the visible range 400-700nm 2 additional bandpass filters between700 and 900nm Interpolation with steps between 1 and 5nm |
| Measurement time | Radiance with full resolution Radiance with half-resolution Polarization with full resolution |
<6mn (*2) <3mn (*2) <15mn (*2) |
| Accuracy | Wavelength resolution (nm) Wavelength accuracy (nm) Stray light (%) Angular resolution (deg) Radiance (W/Str/m2/nm) Chromaticity Ellipticity & polarization direction Polarization degree |
20 1(*3) <0.1(*4) 0.75 ±5% 0.005 (for any stimulus) ±2° up to 60° ±2% up to 60° |
| Repeatability | Radiance Luminance Chromaticity |
±0.05% (*2) ±0.05% (*2) 0.001(*2) |
| Reflective options | Only Diffused | |
| Use conditions | Temperature range Humidity range |
0 to 30°C 0-85% non condensing |
| Interface | USB 2.0 | |
| Power | AC adapter (100-240V 50/60Hz) | |
| Current consumption | 90W | |
| Weight | 10Kg | |
| (*¹) Driven by software | ||
| (*²) Measuring times are highly dependent on the target and on the conditions. Given times are for a source with a radiance level higher than 10mW/Sr/m²/nm at all the wavelength and already determined exposition times for all the filters. | ||
| (*³) Bandpass filters with a FWHM of about 20nm: the reported accuracy is on the bandpass central wavelength position. | ||
| (*⁴) For one filter with regards to the maximum of radiance observed on all the other filters. | ||
| Specifications can be changed without notice | ||
APPLICATIONS