Consider a vacuum-filled wave guide whose cross-sectional shape is a 45° right triangle as shown below. 45° perfect conductor a 545° 90 (a) Show that there is a TE mode of this waveguide for which inside the waveguide H, (x.y) = H.[ cos (T) + cos (* ) ]. %3D (b) What is the cutoff frequency for this mode?
Consider a vacuum-filled wave guide whose cross-sectional shape is a 45° right triangle as shown below. 45° perfect conductor a 545° 90 (a) Show that there is a TE mode of this waveguide for which inside the waveguide H, (x.y) = H.[ cos (T) + cos (* ) ]. %3D (b) What is the cutoff frequency for this mode?
Chapter16: Electromagnetic Waves
Section: Chapter Questions
Problem 8CQ: Shown below is the interference pattern of two radio antennas broabcasting the same signal. Explain...
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