A dielectric-filled waveguide (w = 3 cm, h = 2 cm) is used to propagate energy in the TE10 mode at a frequency f which is 1.1 times the cut-off for that mode. What is (a) the frequency of operation and (b) the maximum power that can be transmitted? The relative dielectric constant of the waveguide filling is 2.0 and the dielectric strength is 200 MV/m

44 8 - A dielectric-filled waveguide (w = 3 cm, h = 2 cm) is used to propagate energy in the TE10 mode at a frequency f which is 1.1 times the cut-off for that mode. What is (a) the frequency of operation and (b) the maximum power that can be transmitted? The relative dielectric constant of the waveguide filling is 2.0 and the dielectric strength is 200 MV/m

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images - A dielectric-filled waveguide (w = 3 cm, h = 2 cm) is used to propagate energy in the TE10 mode at a frequency f which is 1.1 times the cut-off for that mode. What is (a) the frequency of operation and (b) the maximum power that can be transmitted? The relative dielectric constant of the waveguide filling is 2.0 and the dielectric strength is 200 MV/m

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