TE_planar_parabolic_field

ofiber.TE_planar_parabolic_field(m, lambda0, n1, Delta, a, x)[source]

Calculate the transverse electric field E_y(x) for mode m.

This is normalized such that the integral of E_y(x)**2 over all x is one.

Parameters:

  • m – mode number [-]

  • lambda0 – wavelength in vacuum [m]

  • n1 – centerline index of refraction of waveguide [-]

  • Delta – relative refractive index [-]

  • a – half thickness of the waveguide [m]

  • x – position in the waveguide [m]

Returns:

E_y(x) the transverse electric field at x [m**-0.5]