lens design - TU Ilmenau

Technische Universität Ilmenau
Tradition | Experience | An Eye to the Future
LENS DESIGN
Some of the areas of research in optical
design:
H1 H’1
Sensorebene H’
Austrittspupille
Displayebene mit
Eintrittspupille
Paraxial conception of imaging optical systems
with our progam PARAX
H2 H’2
Zwischenbildebene
y’
F1
F’
F1’
s
F2
F2’
-f’
s
Lens design for adaptive systems for
illumination and imaging applications
Simulation of multiple reflections and
scattered light in photolithographic and other
optical systems
Design of hyperchromatic objective lenses
(chromatic confocal sensor)
Paraxial concept of a specially adapted optical
system for the measurement of light densities
on LCD-Displays
A)
Retikel
Wafer
Design and simulation of optical systems
containing holographic and diffractive optical
elements
Analysis for multiple
reflections in:
A) a fotolithographic
objective and
B) a focus sensor system
Optical design with free form optical surfaces
Computation of specifically adapted optical
systems
B)
Availible Software:
12
11
10
9
8
7
6
5
4
Advanced Systems Analysis Program (Breault Research Organization)
Asap.lnk
3
2
1
0
PARAX iales Dimensionierungsprogramm ( FGTO/ B. Mitschunas)
PARAX_05 (2).lnk
LensVIEW (Optical Data Solutions, Inc.)
LensVIEW (2).lnk
Zemax.lnk
CODE V 9.80.lnk
Calculation of a Fresnel lenses for an
adaptive spotlight
ZEMAX (Focus Software, Inc)
CODE V (Optical Research Associates)
(only for education)
Chromatic confocal sensor objective
www.tu-ilmenau.de/optik
C o n t a c t
IMN MacroNano
Fachgebiet Technische Optik
Beate Mitschunas/Matthias Hillenbrand
98693 Ilmenau | Tel.: +49 3677-691805/+49 3677-69 1276
E-mail: [email protected]