Question #60015

Design a rectangular air-filled waveguide to be operated at 6 GHz, then, redesign it to be

operated at 12 GHz. The operating frequency must lie in the middle of the operating band.

Calculate the guide dimensions, the attenuation constant in dB/m, and the maximum

transmitted power assuming the maximum electric field is one-half of the dielectric strength of

air. Assume copper walls with conductivity σ = 5.8×10 7

S/m.

.

operated at 12 GHz. The operating frequency must lie in the middle of the operating band.

Calculate the guide dimensions, the attenuation constant in dB/m, and the maximum

transmitted power assuming the maximum electric field is one-half of the dielectric strength of

air. Assume copper walls with conductivity σ = 5.8×10 7

S/m.

.

Expert's answer

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