STS-Radiometer

$0.00

  • *Wavelength Range

    • $
    • $

    Software

    Detailed Product Description:

    STS-UV Radiometer 210-600 nm

    Detailed Product Description:

    STS-VIS Radiometer 350-800 nm

The STS-VIS-RAD (350-800 nm) is a radiometrically calibrated micro-spectrometer with a direct-attach cosine corrector and is ideal for irradiance applications including LED characterization. Its rugged design and great unit-to-unit reproducibility make STS-VIS-RAD attractive for integration into high-volume applications such as LED sorting on a production line.

Compact – actual size is 40 x 42 x 24 mm
Powerful – high signal-to-noise (>1500:1) and dynamic range (4600:1) performance
Thermally stable – peak shape stays the same over a wide temperature range
Cost-effective – optical resolution of 1.5 nm is comparable to more expensive setups
Reproducible – attractive design for integration and scalability
Software – Oceanview Software is included

The STS UV spectrometer is coupled to a direct attach cosine corrector. The entire unit is calibrated to a NIST traceable D2 lamp to provide absolute irradiance (uW/cm2/nm) striking the plane of the cosine corrector. The unit couples to a PC by USB. Powerful Oceanview software runs the system on this STS spectrometer. It captures and displays irradiance spectra and also can display single value parameters such as integrated power or photon flux

STS Radiometer

UV

Specifications


Detector:

Detector: CMOS
Entrance slit: 25 µm
Detector Collection Lens: No


Physical:

Dimensions: 40 mm x 42 mm x 24 mm
Weight: ~ 60 g


Spectroscopy:

Integration Time: 10μs – 10s
Optical Resolution: 1.5 nm
Wave Length Range: 210nm – 600nm
Dynamic Range: 15000:1 (typical)
Dark Noise: ≤3 counts RMS
Dynamic Range: 5 x 109 (system, 10 s max integration), ~4600 single acquisition
Signal to Noise Ratio: >1500:1 (full signal)
Stray light: ≤0.25%

VIS

Specifications


Detector:

Detector: CMOS
Entrance slit: 50 µm
Detector Collection Lens: No


Spectroscopy:

Integration Time: 10μs – 10s
Optical Resolution: 3.0 nm
Wave Length Range: 350nm – 800nm
Dynamic Range: 15000:1 (typical)
Dark Noise: ≤3 counts RMS
Dynamic Range: 5 x 10⁹ (system, 10 s max integration), ~4600 single acquisition
Signal to Noise Ratio: >1500:1 (full signal)
Stray light: ≤0.25%