You can also get outputs displayed in the form itself. When executing the calculation, you get various diagrams (not shown here), showing both the resulting thin-film design (possibly involving a numerical optimization) and the resulting essential optical properties. See examples of a Bragg mirror and a GTI mirror: With the software we provide various demo files for different kinds of thin film coatings, containing handy custom forms, with which you can very easily get started. That way, you can efficiently design thin film coatings for many applications. Here, it is vital to have (a) a flexible and powerful software and (b) competent and helpful technical support. To some extent one can work with numerical optimization, but it is often helpful to begin with some conceived type of design where not too many parameters need to be optimized. While it is relatively simple to analyze the optical properties of a given design, it can be challenging to find designs with optical properties suitable for specific applications, fulfilling certain specifications. That can be particularly useful for numerical optimizations.Įssentially, a thin film coating design is characterized by a sequence of material layers (with known optical properties) and the corresponding film thickness values. At the same time, it is extremely convenient for industry people who often need to quickly adapt optical coating designs to new parameter values: designs can be fully parameterized such that the whole structure can be controlled with a few parameters instead of a long list of layer thickness values. It is not limited to a range of standard devices as conceived by the software developer, but also gives the developer the power to analyze and optimize anything new. RP Coating V4 is a particularly flexible and powerful thin-film software tool for developing all kinds of optical multilayer structures. Software > RP Coating RP Coating – Advanced Software for Designing Optical Multilayer Structures OverviewĪ Flexible Tool for Developing Laser Mirrors, Dispersive Mirrors, Filters and Polarizers
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