ZemaxWavelab光研科技Advanced Imaging SystemDesign Using ZemaxWavelabTable of Contents:光研科技◆1-1：Description of Zemax◆1-23：Design Rules for Merit Functions◆1-34：Candidate Selection◆1-56：Design Refinement◆2-1：Telecentric Lens◆2-23：Bi-Telecentric Lens(Visible)◆2-39：Collimation Lens◆2-47：Objective Design◆2-50：Microscope Objective Design◆2-64：Ocular Lens Design3-1:Polarization Ray-Tracing Thin-Film Coatings3-42:BirefringenceCopyright 2021 WavelabWavelabTable of Contents光研科技4-1:Infrared Optical System Design◆5-1：Heads-Up Display5-43 The Design Process of augmented reality systems6-1:Laser Beam Propagation◆6-4：Gaussian Beams◆6-15：An Example with Gaussian Beams◆'6-38：Skew Gaussian Beams6-43:Physical Optics◆6-45：Overview of POP◆6-67：POP Example-A Spatial Filter◆7-1：Single-Mode Fiber Coupling◆7-28：Multi--Mode Fiber Coupling EfficiencyCopyright 2021 WavelabWavelabTable of Contents:光研科技◆7-53：Elliptical Reflectors8-5:The Projection Lens8-14:Condenser Design◆9-1：Tolerancing◆9-5：Error Sources and Budgets◆9-14：Tolerancing Overview9-27:Tolerance Operands◆9-76：Tolerancing the Cooke Triplet◆10-1：The Zemax Programming Language(ZPL)◆10-37：Example:ZPL.Solves10-42:Example:Optimization with a ZPL MacroCopyright 2021 Wavelab2WavelabZemax光研科技Advanced Imaging SystemDesign Using ZemaxDescription Of Zemax1-1WavelabWhat Is Zemax?光研科技Zemax is a lens design program that uses ray tracing to model refractive,reflective,anddiffractive sequential and non-sequential optical systems.◆Zemax uses a"surface"model for sequential ray tracing,and a"component"or solidobject model for non-sequential ray tracing.The non-sequential component (NSC)capability is only available in Zemax-Professional and Zemax-Premium.Sequential and non-sequential ray tracing are fundamentally different,and there areadvantages and disadvantages to each.Zemax may be used in any of three ways:Purely sequentialFor classical lens design,and most imaging systems.Hybrid sequential/non-sequential (aka NSC with ports)For systems with significant sequential portions,and some non-sequentialcomponents (like prisms or pipes).This mode uses "ports"to get in and out of NSC groups.Purely non-sequential (aka NSC without ports)For illumination,scattering,and stray light analysis.Launch the rays and seewhere they go!This mode does not use ports.1-23