AMOUR

The Advanced Multi-purpose USB Radiometer (AMOUR) is a high-speed USB Radiometer for research and engineering in the laboratory or field. The instrument is very versatile as the user can select different front-optics (e.g., for measuring irradiance, scalar irradiance, radiance) and different spectral responses (e.g., narrow band, wide band, PAR). The instrument is relatively inexpensive, small, and convenient because it directly connects to your PC via USB. The dynamic range of the instrument covers more than 10 orders of magnitude. It incorporates Biospherical Instruments' microradiometer technology, which was developed under a NASA SBIR grant.

Applications

Algal growth chambers/photosynthetron illumination

Fluorescence detection

Illumination studies

LED testing

Optical hazard detection

Solar irradiance (insolation)

... and more

AMOUR - Advanced Multi-purpose USB Radiometer
AMOUR - Advanced Multi-purpose USB Radiometer

Measurement Geometries

Irradiance

Scalar Irradiance

Radiance

Coupling to optical fibers with SMA connector

Spectral responses

Narrow band (not available for scalar irradiance)

UV

Blue-light hazard

High-energy visible light

PAR

Photopic response

Wide band

AMOUR entrance optic options from left to right: radiance, scalar irradiance, irradiance, SMA connector
AMOUR entrance optic options from left to right: radiance, scalar irradiance, irradiance, SMA connector

Detection limit and saturation

AMOUR sensors have a large dynamic range. Detection limit and saturation levels at 1 Hz for various configurations are provided below.

Irradiance, 313 nm 6.90E-06 3.62E+05 μW/(cm² nm) 5.2E+10
Irradiance, 490 nm 1.16E-06 6.81E+04 μW/(cm² nm) 5.9E+10
Irradiance, PAR nm 1.09E-10 5.7 μE/(cm² s) 5.2E+10
Scalar, 313 nm 6.30E-02 4.15E+09 μW/(cm² nm) 6.6E+10
Scalar, 490 nm 1.98E-05 1.04E+06 μW/(cm² nm) 5.2E+10
Scalar, PAR nm 1.11E-09 58.5 μE/(cm² s) 5.2E+10
Radiance, 313 nm 4.93E-07 2.96E+04 μW/(cm² nm sr) 6.0E+10
Radiance, 490 nm 1.41E-07 8510 μW/(cm² nm sr) 6.0E+10
Radiance, PAR nm 1.31E-11 0.79 μE/(cm² s sr) 6.0E+10
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