Manual Fundamental Optical Design

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This book provides all the essential and best elements of Kidger's many courses taught worldwide on lens and optical design. It is written in a.
Table of contents


Spend a bit more and get something else. Should have known from the price that it was too good to be true. If you really want it, contact me and I'll give it to you cheap. Just got it for a few days only. July 11, - Published on Amazon. This is a very fundamental introduction to optics and unlike the misleading title has very little unique info for the Infrared optics designer.

Save your money - if you just want a good introduction to lenses and mirror system design there are much better and cheaper sources available.

December 19, - Published on Amazon. I thought this was a great reference for basic optical design, with some injection of topical material relevant to infrared design e. Like while there is a brief description of cold stop matching, this is an example of something I expected significantly more detail on. I thought it still deserved four stars since what it does cover is very clearly explained. It has one of the best short-form overviews of radiometry I've ever seen.

1.1. Image formation

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However, the properties of the real glass blanks will vary from this ideal; index of refraction values can vary by as much as 0. These changes in index and dispersion can sometimes be enough to affect the lens focus location and imaging performance in highly corrected systems. The glass blank pedigree, or "melt data", can be determined for a given glass batch by making small precision prisms from various locations in the batch and measuring their index of refraction on a spectrometer , typically at five or more wavelengths.

Lens design programs have curve fitting routines that can fit the melt data to a selected dispersion curve , from which the index of refraction at any wavelength within the fitted wavelength range can be calculated. A re-optimization, or "melt re-comp", can then be performed on the lens design using measured index of refraction data where available. When manufactured, the resulting lens performance will more closely match the desired requirements than if average glass catalog values for index of refraction were assumed.

Delivery schedules are impacted by glass and mirror blank availability and lead times to acquire, the amount of tooling a shop must fabricate prior to starting on a project, the manufacturing tolerances on the parts tighter tolerances mean longer fab times , the complexity of any optical coatings that must be applied to the finished parts, further complexities in mounting or bonding lens elements into cells and in the overall lens system assembly, and any post-assembly alignment and quality control testing and tooling required.

Tooling costs and delivery schedules can be reduced by using existing tooling at any given shop wherever possible, and by maximizing manufacturing tolerances to the extent possible. A simple two-element air-spaced lens has nine variables four radii of curvature, two thicknesses, one airspace thickness, and two glass types. A multi-configuration lens corrected over a wide spectral band and field of view over a range of focal lengths and over a realistic temperature range can have a complex design volume having over one hundred dimensions.

Lens optimization techniques that can navigate this multi-dimensional space and proceed to local minima have been studied since the s, beginning with early work by James G. Baker , and later by Feder, [3] Wynne, [4] Glatzel, [5] Grey [6] and others.

Optical Design Fundamentals for Infrared Systems - Max J. Riedl - Google книги

Prior to the development of digital computers , lens optimization was a hand-calculation task using trigonometric and logarithmic tables to plot 2-D cuts through the multi-dimensional space. Computerized ray tracing allows the performance of a lens to be modelled quickly, so that the design space can be searched rapidly. This allows design concepts to be rapidly refined. In most cases the designer must first choose a viable design for the optical system, and then numerical modelling is used to refine it.

From Wikipedia, the free encyclopedia. This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. Optical System Design 2nd ed.

Lens Design Fundamentals

New York: McGraw-Hill. Feder, "Automatic Optical Design," Appl. Wynne and P. Wormell, "Lens Design by Computer," Appl. Erhardt Glatzel Biography ".

Lens Design 101: Interview with a Zeiss Master