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4-4. A TE,u mode of 10 GHz is propagated in an air-hlled rectangular waveguide The mag- 162 Microwave Waveguides and Components Chap. 4 netic field in the z direction is given by TT X H = Họ cos A/m %3D cos The phase constant is B = 1.0475 rad/cm, the quantities x and y are expressed in cen- timeters, and a = b = V6 are also in centimeters. Determine the cutoff frequency f., phase velocity v,, guided wavelength A,, and the magnetic field intensity in the y di- rection %3D

4-4. A TE,u mode of 10 GHz is propagated in an air-hlled rectangular waveguide The mag- 162 Microwave Waveguides and Components Chap. 4 netic field in the z direction is given by TT X H = Họ cos A/m %3D cos The phase constant is B = 1.0475 rad/cm, the quantities x and y are expressed in cen- timeters, and a = b = V6 are also in centimeters. Determine the cutoff frequency f., phase velocity v,, guided wavelength A,, and the magnetic field intensity in the y di- rection %3D

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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4-4. A TE1 mode of 10 GHz is propagated in an air-filled rectangular waveguide. The mag- 162 Microwave Waveguides and Components Chap. 4 netic field in the z direction is given by H. = Họ cos пу cos %3D A/m The phase constant is B = 1.0475 rad/cm, the quantities x and y are expressed in cen- timeters, and a = b = V6 are also in centimeters. Determine the cutoff frequency fe, phase velocity vg , guided wavelength A, and the magnetic field intensity in the y di- rection.
Transcribed Image Text:4-4. A TE1 mode of 10 GHz is propagated in an air-filled rectangular waveguide. The mag- 162 Microwave Waveguides and Components Chap. 4 netic field in the z direction is given by H. = Họ cos пу cos %3D A/m The phase constant is B = 1.0475 rad/cm, the quantities x and y are expressed in cen- timeters, and a = b = V6 are also in centimeters. Determine the cutoff frequency fe, phase velocity vg , guided wavelength A, and the magnetic field intensity in the y di- rection.
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