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book Field and Wave Electromagnetics 2nd Edition by David Cheng cover

Field and Wave Electromagnetics 2nd Edition by David Cheng

Edition 2ISBN: 978-0201128192
book Field and Wave Electromagnetics 2nd Edition by David Cheng cover

Field and Wave Electromagnetics 2nd Edition by David Cheng

Edition 2ISBN: 978-0201128192
Exercise 17
Do Problem for a uniform-phased cosinusoidal amplitude distribution
Do Problem for a uniform-phased cosinusoidal amplitude distribution     and compare your results with those obtained in Example 11-13 for a uniform field distribution. Problem:  Assume that the field in an a × b rectangular aperture in an xy -plane is linearly polarized in the y-direction and that the aperture excitation has a uniform phase and a triangular amplitude distribution     Find (a) the pattern function in the xz -plane, (b) the half-power beamwidth, (c) the location of the first nulls, and (d) the level of the first sidelobes. Compare the results with those obtained in Example 11-13 for uniform field distribution.
and compare your results with those obtained in Example 11-13 for a uniform field distribution.
Problem:
Assume that the field in an a × b rectangular aperture in an xy -plane is linearly polarized in the y-direction and that the aperture excitation has a uniform phase and a triangular amplitude distribution
Do Problem for a uniform-phased cosinusoidal amplitude distribution     and compare your results with those obtained in Example 11-13 for a uniform field distribution. Problem:  Assume that the field in an a × b rectangular aperture in an xy -plane is linearly polarized in the y-direction and that the aperture excitation has a uniform phase and a triangular amplitude distribution     Find (a) the pattern function in the xz -plane, (b) the half-power beamwidth, (c) the location of the first nulls, and (d) the level of the first sidelobes. Compare the results with those obtained in Example 11-13 for uniform field distribution.
Find (a) the pattern function in the xz -plane, (b) the half-power beamwidth, (c) the location of the first nulls, and (d) the level of the first sidelobes. Compare the results with those obtained in Example 11-13 for uniform field distribution.
Explanation
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(a)
Consider the expression for uniform ...

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Field and Wave Electromagnetics 2nd Edition by David Cheng
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