Institute ofApplied PhysicsFriedrich-Schiller-Universitat JenaOptical Design with ZemaxLecture 11:Correction I2013-01-22Herbert GrossSummer term 2012www.iap.uni-jena.de11 Correction IInstitute ofPreliminary time scheduleApplied PhysicsFriedrich-Schiller-Universitat JenaIntroduction,Zemax interface,menues,file handling,preferences,Editors,updates,windows,16.10.IntroductionCoordinate systems and notations,System description,Component reversal,system insertion,scaling,3D geometry,aperture,field,wavelength223.10Properties of optical systems IDiameters,stop and pupil,vignetting,Layouts,Materials,Glass catalogs,Raytrace,Ray fansand sampling,Footprints330.10.Properties of optical systems llTypes of surfaces,Aspheres,Gratings and diffractive surfaces,Gradient media,Cardinalelements,Lens properties,Imaging,magnification,paraxial approximation and modelling06.11.Aberrations IRepresentation of geometrical aberrations,Spot diagram,Transverse aberration diagrams,Aberration expansions,Primary aberrations,513.+27.11.Wave aberrations,Zernike polynomials,Point spread function,Optical transfer functionTelecentricity,infinity object distance and afocal image,Local/global coordinates,Add fold604.12.Advanced handlingmirror,Vignetting,Diameter types,Ray aiming,Material index fit,Universal plot,Slider,IO ofdata,Multiconfiguration,Macro language,Lens catalogs11.12.Optimization IPrinciples of nonlinear optimization,Optimization in optical design,Global optimizationmethods,Solves and pickups,variables,Sensitivity of variables in optical systems818.12.Optimization llSystematic methods and optimization process,Starting points,Optimization in Zemax908.01ImagingFundamentals of Fourier optics,Physical optical image formation,Imaging in Zemax1015.01.IlluminationIntroduction in illumination,Simple photometry of optical systems,Non-sequential raytrace,Symmetry principle,Lens bending,Correcting spherical aberration,Coma,stop position,1122.01.Correction IAstigmatism,Field flattening,Chromatical correction,Retrofocus and telephoto setup,Designmethod1229.01.Correction IlField lenses,Stop position influence,Aspheres and higher orders,Principles of glassselection,Sensitivity of a system correction,Microscopic objective lens,Zoom system1305.02.Physical optical modellingGaussian beams,POP propagation,polarization raytrace,coatings11 Correction IInstitute ofApplied PhysicsContentsFriedrich-Schiller-Universitat Jena1.Symmetry principle2.Lens bending3.Correcting spherical aberration4.Coma,stop position5.Astigmatism6.Field flattening7.Chromatical correction8.Retrofocus and telephoto setup9.Design method10.Starting points