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Diffraction
Fraunhofer diffraction
Grating
Fiber optic
Fiber coupling-multimode fiber
Fiber coupling-single mode fiber
Spatial modes parameters
Transmission parameters
General parameters
Catalogs
Wavelengths
Geometrical optics
Aberration
Aperture
Chromatic aberration
Depth of field-defocus
Paraxial conjugation
Paraxial parameters
Prism
Refraction-reflection
Rigorous stigmatism
Interference
Ar coating
Fabry perot
Optical coherence
Two waves interference
Laser
Beam parameters
Beam propagation
Power and energy
Spectrum and time bandwidth product
Miscellaneous
Optical spectrum
Optoelectronics
Acousto optic
Photodetection
Camera
Polarization
Birefringence
Refraction-reflexion
Radiometry Photometry
Photometry
Black body
Grey body
Diffusion
Flux transmitted through an aperture
Flux transmitted through a light guide
Irradiance on a surface
Source parameters
Miscellaneous
Unit conversions
Geometry
Photometry
Power-energy-transmission
Spectrum-and-time
Thermodynamic
beam parameters
elliptical beam
normalized intensity distribution
gaussian beam
normalized intensity distribution
stability condition for a Fabry Perot resonator
waist and divergence-given angle corresponding to a specified normalized intensity
waist radius and position in a Fabry Perot cavity
waist radius in a confocal cavity
.../ beam parameters
/
gaussian beam
/
waist and divergence-given angle corresponding to a specified normalized intensity
about
caution
parameters
glossary
tutorial
INPUT
VALUE
UNIT
VARIABLE
MIN
MAX
STEPS
tetaN
deg.
rad.
Millirad.
I
no
%
dB
lam
micron
nm
M2
no
OUTPUT
VALUE
UNIT
wo
to be calculated
cm
mm
micron
div
to be calculated
deg.
rad.
millirad.
