By Herbert Gross
The cutting-edge full-colored instruction manual supplies a complete creation to the rules and the perform of calculation, format, and figuring out of optical structures and lens layout. Written via reputed commercial specialists within the box, this article introduces the person to the fundamental houses of optical platforms, aberration concept, category and characterization of structures, complex simulation types, measuring of process caliber and production issues.
In this Volume
Volume 1 supplies a basic advent to the sphere of technical optics. even if a part of the sequence, it acts as an absolutely selfstanding ebook. With greater than seven hundred complete colour graphs and it's a intuitive creation for the newbie and a accomplished reference for the professional.
Table of Contents
2 Paraxial optics
3 Dielectric interfaces
8 Sensors and receivers
9 thought of color
10 Optical systems
13 Plates and prisms
15 specific components
Volume 2: actual picture Formation
Volume three: Aberration thought and Correction of Optical Systems
Volume four: Survey of Optical Instruments
Volume five: complex actual Optics
Read or Download Handbook of Optical Systems, Volume 1 Fundamentals of Technical Optics PDF
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Additional info for Handbook of Optical Systems, Volume 1 Fundamentals of Technical Optics
The definition yp upper meridional coma ray axis sagittal coma ray skew ray chief ray xp meridional marginal ray pupil plane y field point sagittal ray axis point lower meridional coma ray axis x object plane Figure 10-14: planes. Definition of special ray types in 3D and the position of the meridional and sagittal 439 440 10 Optical Systems yp axis field bundle meridional aperture chief ray field bundle sagittal aperture xp field point axis point Figure 10-15: pupil plane axis bundle meridional aperture axis bundle sagittal aperture Axial and off-axis aperture bundle.
The reason for this is because, when a lens is considered as a single component the way in which it is built into the system and thus the orientation is not necessarily known. The convexity or concavity, on the other hand, is a unique parameter. 1 Numerical Aperture and Stop Number The numerical aperture of an optical system is defined as the product of the refractive index and the sine of the real aperture angle in the object, respective image, space [10-2] NA ¼ n Á sinU; NA¢ ¼ n¢ Á sinU¢: (10-14) Usually only the value of the sine is taken so that the numerical aperture is always considered a positive quantity.
4 Delano Diagram 1. The intersection points with the y-axis are the positions of stops and pupils (see figure 10-51). y exit pupil lens stop and entrance pupil y object plane image plane Figure 10-51: 2. 3. 4. 5. 6. 7. Positions of stops and pupils in the Delano diagram. Intercept with the y-axis: position of object and image as well as intermediate images (planes of field of view). Line parallel to the y-axis: constant height y of the marginal ray, parallel path of rays. Vertical line: constant height y of the chief ray, parallel chief ray (telecentric system).
Handbook of Optical Systems, Volume 1 Fundamentals of Technical Optics by Herbert Gross