Characterization of optical radiation sources

Characterization of optical radiation sources - Visual characterization of displays
Visual characterization of displays

The DVC150 offers high dynamic range display characterisation and ultimate measurement accuracy. Based on a compact double monochromator with photomultiplier detection and integrated picoammeter, the ...


Characterization of optical radiation sources - Solar spectroradiometer
Solar spectroradiometer

The Enviro150 UV Solar Irradiance System comprises a double-spectroradiometer in a thermally controlled, environmentally sealed enclosure to deliver reliable, high-accuracy solar UV measurements ...


Characterization of optical radiation sources - Wide spectral range solar spectroradiometer
Wide spectral range solar spectroradiometer

Comprising a double-spectroradiometer housed within a thermally controlled, environmentally sealed enclosure, the Enviro300 delivers reliable, high-accuracy UV-vis-IR measurements, independent of ...


Characterization of optical radiation sources - Light source modulation characterisation
Light source modulation characterisation

The Flicker400 offers lamp and luminaire manufacturers deeper insight into the flicker characteristics essential in development of high-quality novel lighting, increasingly relevant for those ...


Characterization of optical radiation sources - Photobiological safety spectroradiometer
Photobiological safety spectroradiometer

Photobiological safety testing to international standards require a measurement capability spanning the 200-3000nm spectral wide range in consideration of six hazards to the skin and eye. The ...


Characterization of optical radiation sources - Luminaire blue light hazard spectroradiometer
Luminaire blue light hazard spectroradiometer

The ISR300-PSL is a key tool in the accurate evaluation of blue light hazard across all classes of lighting products. CE marking of luminaires against the EU low voltage directive 2014/35/EU requires ...


Characterization of optical radiation sources - Night vision compatibility testing
Night vision compatibility testing

The NVC150 is an essential tool in the evaluation and development of night vision enabled products, ranging from goggles through to displays. Featuring two configurations, as a spectroradiometer, the ...


Characterization of optical radiation sources - Precision dosimetry in phototherapy & PDT
Precision dosimetry in phototherapy & PDT

Safe and effective phototherapy and photodynamic therapy (PDT) treatment relies on accurate dosimetry. In hospitals and in clinical research, the PTCal150 sets the benchmark for the precise spectral ...


Characterization of optical radiation sources - Solar simulator characterisation
Solar simulator characterisation

Solar simulators are widely used in photostability testing of a range of products, accurate knowledge of the irradiance at the sample plane is key to the success of your study. The SolarSim150, ...


Characterization of optical radiation sources - Complete type-testing of UV tanning appliances
Complete type-testing of UV tanning appliances

The TanTest150 solution provides users with an accurate and reliable solution used to accurately quantify the UV emission of a given source in accordance with IEC 60335-2-27 2010. Representing a ...


Characterization of optical radiation sources - Fibre coupled white light source
Fibre coupled white light source

The WLS100 is a turn-key, fibre coupled white light source, designed to maximise the coupling of broadband light into terminated fibre optics (FC, SMA, etc). A 100 W quartz halogen (QTH) lamp features ...

Contact

Quantum Design GmbH

Im Tiefen See 58
64293 Darmstadt
Germany

Phone:+49 6151 8806-0
Fax:+49 6151 8806920
E-mail:germany@qd-europe.com