2- A 50 GHz wave is propagating in the TE13 mode along the z axis in a rectangular waveguide for which a = 1.5 cm, b = 0.8 cm, o = 0, u = 4x x107 N/Amp.?, ɛ = 5.54 x10" c/N.m². The z component of the magnetic field is given by mTx H = H, cos cos (wt – Bz) b. cos Determine the fields components H,, H, H,, E, and E, (see page 651) at z = Im as a function of Ho and t only
2- A 50 GHz wave is propagating in the TE13 mode along the z axis in a rectangular waveguide for which a = 1.5 cm, b = 0.8 cm, o = 0, u = 4x x107 N/Amp.?, ɛ = 5.54 x10" c/N.m². The z component of the magnetic field is given by mTx H = H, cos cos (wt – Bz) b. cos Determine the fields components H,, H, H,, E, and E, (see page 651) at z = Im as a function of Ho and t only
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Transcribed Image Text:2- A 50 GHz wave is propagating in the TE13 mode along the z axis in a rectangular
waveguide for which a = 1.5 cm, b = 0.8 cm, o = 0, µ = 47 x107 N/Amp.?, ɛ = 5.54
x10" c/N.m². The z component of the magnetic field is given by
MITX
H, = H, cos
| cos (ot – Bz)
b
cos
a
Determine the fields components H,, H,y, H,, E, and E, (see page 651) at z = Im as a
function of Ho and t only
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