  | |  | Dear Karin
|
| The summer is currently presenting itself with all its colors and facets. Our visual sensations generate flawless 3D images, spark the imagination and store the information in perfection. With its solutions for objective measurements in the visible spectrum, Instrument Systems endeavors to come as closely as possible to the visual system of the human observer. But when it comes to safety and comfort, non-visible radiation is also of major significance for applications.
Ongoing information about the latest technologies at Instrument Systems is to be found on our website. In the coming weeks we will be featuring small excerpts from the (mostly still digital) conferences around the world: Strategies in Light in August 2021 and the LpS Symposium in September 2021. In November 2021 we are looking forward to updating you on the latest developments at our local stand at Productronica in Munich.
We hope you enjoy reading the August mailing!
Your Instrument Systems Team
sales@instrumentsystems.com
Tel.: +49-89-454943-0
| |
| |
|
| |
|
| | |
| 2D near-field analysis of VCSEL arrays
| | The VTC 4000 infrared camera from Instrument Systems was specially developed for the ultra-fast, precise 2D analysis of VCSEL arrays in the near field. It enables polarization-controlled characterization of all relevant parameters simultaneously for the single emitters of the array. Due to a unique calibration concept, the 2D quality analysis takes place with hitherto unparalleled measurement accuracy. Like all measuring instruments from Instrument Systems, the VTC 4000 camera is traceably calibrated to national standards (PTB) and delivers measurements with absoluter precision.
|
| |
| |
|
|
|
| |
|
|
| | Strategies in Light, August 24-25, 2021 | |
|
| The digital conference Strategies in Light 2021 combines technology and light, and provides a unique 360-degree platform for the exchange of information, cooperation and networking. The latest technologies, applications and research content will be presented in an interactive online format. Strategies in Light addresses specialists from the entire spectrum of light technology, including development, design, manufacture and application.
Instrument Systems will be represented with a virtual stand and a product video on the subject of “Advanced calibration standards from UVC to Infrared”.
|
| |
|
|
|
|
| |
|
|
| | LpS Symposium 2021 | |
|
| LpS Digital is the first digital light conference and exhibition available to visitors in 24/7 format. Its origins lie in the extremely successful annual LpS Symposium hitherto held in Bregenz/Austria. LpS Digital offers current, high-quality content on the subject of light technology, and in video lectures and papers it presents the latest trends in product development and applications.
Instrument Systems is participating with a video clip at its online stand, together with a technical article in LED professional Review 5/21 on the subject of “Measurement Systems and Calibrations for UV Radiation”.
|
| |
|
|
|
|
| |
|
|
| | Accredited test lab develops test procedure for UVC-LED reference sources | |
|
| Accredited test labs guarantee that the measuring instruments they test deliver reliable and traceable results. Customers can thus be assured of the consistently high quality of the tested instruments. The Instrument Systems test lab, accredited since 2009, has now developed an accredited test procedure for the production of high-precision UVC-LED reference sources with traceable reference values for radiant flux and irradiance. These are used in the monitoring and calibration of UV measuring equipment.
|
| |
|
|
|
|
| |
| | \\ Technical article in ElektronikPraxis 11/21 (DE)
|
| |
| |
| | | | Optimized measurement systems for the UV spectral range | |
|
| The efficiency of a spectroradiometer in photometry and radiometry may be compromised by stray light in the instrument. Stray light correction is required to increase the accuracy of the spectroradiometer, particularly in the sensitive UV spectral range. This is achieved with a tunable optical source that emits narrow (<1 nm) spectral lines over the entire spectral range. The CCD array detector measures the excitation wavelengths while moving through of the entire optical path. The stray light measured in addition to the actual signal is determined and numerically corrected for all tuned wavelengths.
|
| |
|
|
| |
|
| |
|
| If you no longer wish to receive this newsletter you can unsubscribe here.
| |
| For a registration to the newsletter, please click here.
| |
|
|
|
