flyer optik design - startseite tu ilmenau · b) a focus sensor system sf f 1 f ’ 1 2 f ’ y’...
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www.tu-ilmenau.de/optik
LENS DESIGN
Objective of a chromatic confocal point sensor
Some of the areas of works in optical designs:
Availible Software:
Paraxial conception of imaging optical systems with our progam PARAX
Lens design for adaptive automotive head lights
Simulation of Internal multiple reflections and scattered light in photolithographic and other optical systems
Design of hyperchromatic objective lenses (chromatic confocal sensor)
Design and simulation of optical systems containing h o l o g r a p h i c and diffractive optical elements
Optical design with free form optical surfaces
Computation of specially adapted optical systems
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Calculation of a Fresnel lens for a spotlight
Analysis for internal multiple reflections in:A) a photolithographic objective and B) a focus sensor system
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F1 F ’1
F2F ’2
y’
F’
-f’
H’
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Displayebene mitEintrittspupille
H H’1 1 Zwischenbild-ebene
Austritts-pupille
H H’2 2
Sensorebene
Paraxial concept of a specially adapted optical system for the measurement of light densities on LCD-Displays
Retikel
Wafer
Asap.lnk
PARAX_05 (2).lnk
CODE V 9.80.lnk
LensVIEW (2).lnk
Zemax.lnk
Advanced Systems Analysis Program (Breault Research Organization)
PARAX iales Dimensionierungsprogramm ( FGTO/ B. Mitschunas)
LensVIEW (Optical Data Solutions, Inc.)
ZEMAX (Focus Software, Inc)
CODE V (Optical Research Associates)
B)
A)
(only for education)
www.tu-ilmenau.de/optik
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Department of Mechanical Engineering
Institute of Micro- and Nanotechnologies
FG Technische Optik
Dr. Beate Mitschunas, Matthias Hillenbrand
Prof. S. Sinzinger
Phone +49 3677 69-1805
Fax +49 3677 69-1281
www.tu-ilmenau.de/tou