Accuracy in Optical Design Software White Paper
Our “Accuracy in Optical Design Software” white paper delves into the critical aspects that affect the accuracy of optical design and analysis software. Examining the importance of accurate modeling, precise material and surface property representation, realistic source models, and the efficacy of the ray-trace algorithms used. By exploring various factors and providing real-world examples, the white paper addresses common user concerns about the reliability of simulation results and offers insights into optimizing optical designs for better performance and predictability.
Download this whitepaper to enhance your understanding and application of accurate optical design methodologies.
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Importance of Accuracy
The significance of accurate modeling, illustrating how even minor discrepancies in the geometry of the model can lead to significant deviations in results. For instance, using an incorrect glass type for lens modeling can alter focal lengths.
Realistic Source Modeling for Reliable Results
The impact of using realistic light source representations over idealized point or parallel rays. It provides examples demonstrating how accurate source models can vastly improve the reliability of simulation outcomes, such as in the case of TIR hybrid lenses and solar concentrators.
Integration of Accurate Data for Comprehensive Analysis
By exploring xenon flashlamp modeling examples, the whitepaper shines a light on the importance of using accurate data for comprehensive and dependable optical analysis.
