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Neonsee Xprt Equipment & Supplies
5 equipment items found
Manufactured by:neonsee GmbH based inKonstanz, GERMANY
Single source & multi-zone solar simulation. Combines various measurement methods in a single instrument. Automated sample loading / unloading. Customized contacting systems. Programmable measurement sequences. Bifacial illumination option. Sample temperature control. ...
Manufactured by:neonsee GmbH based inKonstanz, GERMANY
The centerpiece of neonsee technology is custom tailored steady-state solar simulation. Our core competency is the ability to integrate novel measurement technology and data processing in intuitive, highly accessible systems. Our variable optical set-up is ready to not only meet, but go beyond the most challenging standards in the photovoltaic, automotive and aerospace industry. Unique ...
Manufactured by:neonsee GmbH based inKonstanz, GERMANY
neonsee offers customized solar simulation solutions exceeding Class A requirements. Our unique system architecture enables the continuous adjustment of light intensity over the entire intensity range (0-100%) while remaining compliant with Class A requirements with regard to spectrum, homogeneity and temporal stability of irradiance as per IEC 60904-9 and ASTM E 927. We offer customized features ...
Manufactured by:neonsee GmbH based inKonstanz, GERMANY
The current-voltage (IV) characteristic of a solar cell is an essential performance metric. neonsee‘s inline measurement systems provide the means to evaluate IV characteristics for quality control purposes and binning of multijunction solar cells as well as CPV assemblies in production environments. Reliable and accurate measurements, customised and automated test sequences along with ...
Manufactured by:neonsee GmbH based inKonstanz, GERMANY
neonsee offers high precision eleclronic load for customers who want to create their own IV or quantum efficiency measurement systems. Our solution implements a linear 4-quadrant power supply, enabling extraordinary fast and precise measurements in any of the three current-voltage quadrants of interest. The easily adjustable compensation circuitry reduces voltage set-point oscillations to less ...