A rectangular waveguide which has a cross section of a = 6 cm and b = 3 cm is filled with a magnetic material with Er = 20 and µr = 10. Analyze and state all the possible propagating modes below 1000 MHz. EM wave is frequency of 139-MHz, so that the EM wave can be transmitted through this waveguide in the lowest mode. With your frequency, analyze the wave impedance for the propagating mode inside the waveguide
A rectangular waveguide which has a cross section of a = 6 cm and b = 3 cm is filled with a magnetic material with Er = 20 and µr = 10. Analyze and state all the possible propagating modes below 1000 MHz. EM wave is frequency of 139-MHz, so that the EM wave can be transmitted through this waveguide in the lowest mode. With your frequency, analyze the wave impedance for the propagating mode inside the waveguide
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A rectangular waveguide which has a cross section of a = 6 cm and b = 3 cm is filled
with a magnetic material with Er = 20 and µr = 10. Analyze and state all the possible
propagating modes below 1000 MHz. EM wave is frequency of 139-MHz, so that the EM wave can be
transmitted through this waveguide in the lowest mode. With your frequency,
analyze the wave impedance for the propagating mode inside the waveguide
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