piel.models.frequency.photonic

Contents

piel.models.frequency.photonic#

Submodules#

Functions#

`coupler`([coupling])
`directional_coupler_with_length`([length, coupling, ...])
`directional_coupler`([coupling])
`grating_coupler_simple`([R, R_in, Tmax, bandwidth, wl0])
`mmi1x2_50_50`()
`mmi1x2`([splitting_ratio])
`mmi2x2_50_50`()
`mmi2x2`([splitting_ratio])
`active_waveguide`([wl, wl0, neff, ng, length, loss, ...])
`waveguide`([wl, wl0, neff, ng, length, loss])
`simple_straight`([length, width])
`lossless_straight`()	See the 06a_analytical_mzm_model notebook for verification
`ideal_lossless_active_waveguide`([active_phase_rad])	See the 06a_analytical_mzm_model notebook for verification

Package Contents#

coupler(coupling=0.5)[source]#

directional_coupler_with_length(length=1e-05, coupling=0.5, loss=0, neff=2.34, wl0=1.55e-06, ng=3.4, phase=0)[source]#

directional_coupler(coupling=0.5)[source]#

grating_coupler_simple(R=0.0, R_in=0.0, Tmax=1.0, bandwidth=6e-08, wl0=1.55e-06)[source]#

mmi1x2_50_50()[source]#

mmi1x2(splitting_ratio=0.5)[source]#

mmi2x2_50_50()[source]#

mmi2x2(splitting_ratio=0.5)[source]#

active_waveguide(wl=1.55, wl0=1.55, neff=2.34, ng=3.4, length=10.0, loss=0.0, active_phase_rad=0.0)[source]#

waveguide(wl=1.55, wl0=1.55, neff=2.34, ng=3.4, length=10.0, loss=0.0)[source]#

simple_straight(length=10.0, width=0.5)[source]#

lossless_straight()[source]#: See the 06a_analytical_mzm_model notebook for verification

ideal_lossless_active_waveguide(active_phase_rad=0.0)[source]#: See the 06a_analytical_mzm_model notebook for verification