[Q5] An air-filled rectangular waveguide, shown in Figiure 4, operates in TE10 mode at a frequency of 7 GHz. The waveguide is perfectly matched and the peak value of the E-field existing any where in the guide is 104 v/m. Determine: 1- The cutoff frequency. 2- The wave impedance in the waveguide. 3- Electric and magnetic fields components that may exist in the waveguide for the given mode. 4- The average power transmitted in the waveguide. b = 1.02 cm Figure 4 for the a=2.29cm a = 2.29 cm

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[Q5] An air-filled rectangular waveguide, shown in Figiure 4, operates in TE10 mode at a frequency
of 7 GHz. The waveguide is perfectly matched and the peak value of the E-field existing any where
in the guide is 10 v/m. Determine:
1- The cutoff frequency.
2- The wave impedance in the waveguide.
3- Electric and magnetic fields components that may exist in the waveguide for the given mode.
4- The average power transmitted in the waveguide.
b = 1.02 cm
Figure 4
Earthe
a=2.29cm
a = 2.29 cm
O
Transcribed Image Text:[Q5] An air-filled rectangular waveguide, shown in Figiure 4, operates in TE10 mode at a frequency of 7 GHz. The waveguide is perfectly matched and the peak value of the E-field existing any where in the guide is 10 v/m. Determine: 1- The cutoff frequency. 2- The wave impedance in the waveguide. 3- Electric and magnetic fields components that may exist in the waveguide for the given mode. 4- The average power transmitted in the waveguide. b = 1.02 cm Figure 4 Earthe a=2.29cm a = 2.29 cm O
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