Optics Workbench
COMPONENT NAME |
IMAGE | DESCRIPTION | FILE |
|---|---|---|---|
| Antenna |
 |
This is used for generation of THz frequency. |
 Antenna.ipt |
| BALANCED PHOTODIODE DETECTOR |
 |
This detector is used to compare the power of two correlated optical signals to minimize the noise in the signal. |
BalancedPhotodiodeDetector.ipt |
| CHIRPED MIRRORS |
 |
These are dielectric mirrors used for compensating the dispersion of wavelengths that can be created by some optical elements. |
ChirpedMirrors.ipt |
| CONVEX LENS |
 |
This type of lens is used to converge the light beam at the focus of the lens. |
ConvexLens.ipt |
| FLAT GOLD MIRROR |
 |
Gold coated mirror is used to get a high reflectance in the NIR and IR regions. |
FlatGoldMirror.ipt |
| HALF WAVE PLATE |
 |
This wave plate shifts the polarization direction of a linearly polarized light. |
HalfWavePlate.ipt |
| PARABOLIC MIRROR |
 |
These are used to deviate the light beam off axis by 90 degrees. |
ParabolicMirror.ipt |
| POLARIZING BEAM CUBE SPLITTER |
 |
These are designed to split the incoming beam into reflected s-polarized beam and transmitted p-polarized beam. |
PolarizingBeamCubeSplitter.ipt |
| QUARTER WAVE PLATE |
 |
This converts linearly polarized light to circularly polarized light. |
QuarterWavePlate.ipt |
| WIRE GRID POLARIZER |
 |
These polarizers consist of fine parallel metallic wires in a plane.Light becomes linearly polarized (with electric field vectors perpendicular to metallic wires) after passing through it. |
WireGridPolarizer.ipt |