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July 2021 Newsletter
Reliable and accurate measurement of the radiant flux of UV-LEDs calls for extremely sensitive optical measurement systems for precise radiometric characterization. This is particularly applicable to the spectral range of UV-B and UVC-LEDs that typically have a comparatively low optical power. Numerous applications, especially disinfection of water and surfaces during the pandemic are based on precisely specified UV radiation. For UV-C emitters, between 280 nm down to 200 nm, used for these applications, the measurement is generally challenging. Instrument Systems GmbH is pioneering this area of spectral measurements.
Our system experts will be pleased to provide competent advice on your particular application. Together we will find the right solution don't hesitate to contact us!
New Calibration Standards in the UV A/B/C Range
Join Denan Konjhodzic, Application Engineer from Instrument Systems GmbH at SPIE Optics & Photonics 2021 for his presentation: "Measurement systems in the UV A/B/C range". This on-demand presentation will be available starting August 1st 2021.
New UV Brochures:
Enjoy the newest brochure by Instrument Systems entitled "ISP PTFE- Integrating Spheres for UV Measurement". This brochure focuses on UV measurement used for laboratory and production environments. Learn more abut the PTFE integrating spheres new generation models and their high sensitivity for UV and its flexible optical ports and equipment design features and its PTB and NIST traceable calibration.
Review the latest brochure "ACS & ACU Series" and read how Instrument Systems addresses advanced calibration standards from UVC to IR with its ACS and ACU series. Learn how ACS calibration standards provide reference values for radiant or luminous flux, averaged LED intensity and luminance.
UV LED Measurement Application Note
Learn about the possibilities and advantages of the application of the stray light matrix in the Application Note entitled "Stray Light Correction for Array Spectroradiometers". Discussion of precise measurements of spectral lines and the impact of stray light correction on broadband sources for spectral calibration in addition to the stray light correction as it pertains in the ultraviolet range.
Measuring Blue Light Hazard
The blue light hazard (BLH) measuring station from Instrument Systems evaluates and classifies LED lamps and luminaires according to blue light hazard as described in Standards IEC 62471 and IEC/TR 62778.
These individual system components in its high-end portfolio are consistently ongoing technological upgrades to ensure that they satisfy current requirements. Precise BLH measurements on the basis of the established CAS 140D spectroradiometer guarantee the greatest possible safety in the classification of tested lamps and luminaires in die BLH risk classes.
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Konica Minolta Sensing Americas, Inc 101 Williams Drive Ramsey NJ 07446 USA
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