Open lukasc-ubc opened 7 years ago
Create an "adiabatic taper" based on the paper: https://doi.org/10.1364/PRJ.2.000A41
This requires an implementation of equation 2 which can be done in KLayout:
theta (x) = lambda / 2 W n_eff
n_eff (W): We could write an effective index method n_eff calculation, or call Lumerical MODE to provide it the sweep data.
Draw the structure based on a value alpha provided by the user.
Create an INTERCONNECT component with matching parameters; call 3D-FDTD and auto-generate the S-Parameters and add it to the library.
@seanlam97
Create an "adiabatic taper" based on the paper: https://doi.org/10.1364/PRJ.2.000A41
This requires an implementation of equation 2 which can be done in KLayout:
theta (x) = lambda / 2 W n_eff
n_eff (W): We could write an effective index method n_eff calculation, or call Lumerical MODE to provide it the sweep data.
Draw the structure based on a value alpha provided by the user.
Create an INTERCONNECT component with matching parameters; call 3D-FDTD and auto-generate the S-Parameters and add it to the library.