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An air filled rectangular waveguide is installed from RF amplifier to horn antenna as a transmission medium. It operates at frequency of 6 GHz in TE1 mode and the width is twice larger than the height of waveguide. The waveguide is matched with characteristic impedance 400 2. Calculate the cut-off frequency, wavelength guide, width and length of waveguide, and cutoff wavelength.

An air filled rectangular waveguide is installed from RF amplifier to horn antenna as a transmission medium. It operates at frequency of 6 GHz in TE1 mode and the width is twice larger than the height of waveguide. The waveguide is matched with characteristic impedance 400 2. Calculate the cut-off frequency, wavelength guide, width and length of waveguide, and cutoff wavelength.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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An air filled rectangular waveguide is installed from RF amplifier to horn antenna as a transmission medium. It operates at frequency of 6 GHz in TE11 mode and the width is twice larger than the height of waveguide. The waveguide is matched with characteristic impedance 400 SQ. Calculate the cut-off frequency, wavelength guide, width and length of waveguide, and cutoff wavelength.
Transcribed Image Text:An air filled rectangular waveguide is installed from RF amplifier to horn antenna as a transmission medium. It operates at frequency of 6 GHz in TE11 mode and the width is twice larger than the height of waveguide. The waveguide is matched with characteristic impedance 400 SQ. Calculate the cut-off frequency, wavelength guide, width and length of waveguide, and cutoff wavelength.
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