In the following multiple-choice questions (f)-(i), pick the answer that is the most correct.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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In the following multiple-choice questions (f) - (i), pick the answer that is the most correct.
(f) The only pure RLC component at RF and Microwave frequencies is;
A. The wire-wound precision resistor R.
B. The surface mount capacitor C.
C. The inductive coil L.
D. None of the above are true.
(g) Maxwell's equations tell us that a planar parallel plate waveguide will support;
A. TE modes.
B. TM modes.
C. TEM modes.
D. All the above are true.
(h) A TM mode on a transmission line will have the following property;
A. An electric field component in the direction of propagation.
B. A magnetic field component in the direction of propagation.
C. An electric and magnetic field component in the direction of propagation.
D. All the above are true.
(i) The wave impedance of a lossless transmission line is;
A. Dependent on the ratio of the forward propagating voltage to the forward propagating
current.
B. Independent of the load.
C. Dependent on the ratio of the total propagating voltages to the total propagating currents.
D. Dependent on the relationship between the generator impedance and the characteristic
impedance.
(1) The only locations where || = 0 on the Smith chart are;
A. Where r = 0.
B. The outside perimeter of the chart.
C. Where x₁ = 0.
D. The center of the chart.
Transcribed Image Text:In the following multiple-choice questions (f) - (i), pick the answer that is the most correct. (f) The only pure RLC component at RF and Microwave frequencies is; A. The wire-wound precision resistor R. B. The surface mount capacitor C. C. The inductive coil L. D. None of the above are true. (g) Maxwell's equations tell us that a planar parallel plate waveguide will support; A. TE modes. B. TM modes. C. TEM modes. D. All the above are true. (h) A TM mode on a transmission line will have the following property; A. An electric field component in the direction of propagation. B. A magnetic field component in the direction of propagation. C. An electric and magnetic field component in the direction of propagation. D. All the above are true. (i) The wave impedance of a lossless transmission line is; A. Dependent on the ratio of the forward propagating voltage to the forward propagating current. B. Independent of the load. C. Dependent on the ratio of the total propagating voltages to the total propagating currents. D. Dependent on the relationship between the generator impedance and the characteristic impedance. (1) The only locations where || = 0 on the Smith chart are; A. Where r = 0. B. The outside perimeter of the chart. C. Where x₁ = 0. D. The center of the chart.
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