- #1
Phrak
- 4,267
- 6
Rectangular wave guide, TE01 mode
I'm looking for the equations of the electric and magnetic fields over the volume of the rectangular guide. I've managed what appear to be the correct equations for the electric field,
[tex]E_y = sin\left(\frac{2\pi z}{\lambda_z}-\omega t\right) cos\left(\frac{2\pi x}{\lambda_x}\right)[/tex]
I'm placing the guide cross section in the x-y plane. The wave propagates in the z direction. The electric field is in y direction.
I don't see anything obvious that hints at how to solve for the magnetic field.
I'm looking for the equations of the electric and magnetic fields over the volume of the rectangular guide. I've managed what appear to be the correct equations for the electric field,
[tex]E_y = sin\left(\frac{2\pi z}{\lambda_z}-\omega t\right) cos\left(\frac{2\pi x}{\lambda_x}\right)[/tex]
I'm placing the guide cross section in the x-y plane. The wave propagates in the z direction. The electric field is in y direction.
I don't see anything obvious that hints at how to solve for the magnetic field.