Power Electronics

[30 pts] Textbook Problem 8.2. Assume that all poles and zeroes lie in the left half-plane.(solution)
[30 pts] Textbook Problem 8.3. Assume that all poles and zeroes lie in the left half-plane. (solution)
[40 pts] Textbook Problem 8.5. To receive credit, you must turn in your magnitude and phase asymptotes superimposed on top of the given data. A magnified view of Fig. 8.64 is given below. Your magnitude and phase asymptotes must follow all of the rules discussed in class, and they must be consistent with each other. It is not necessary to propose a corresponding circuit.(solution)

[30 pts] Textbook Problem 8.2. Assume that all poles and zeroes lie in the left half-plane.(solution)
[30 pts] Textbook Problem 8.3. Assume that all poles and zeroes lie in the left half-plane. (solution)
[40 pts] Textbook Problem 8.5. To receive credit, you must turn in your magnitude and phase asymptotes superimposed on top of the given data. A magnified view of Fig. 8.64 is given below. Your magnitude and phase asymptotes must follow all of the rules discussed in class, and they must be consistent with each other. It is not necessary to propose a corresponding circuit.(solution)

Additional materials

Magnified views of Figs. 8.64 and 8.65 -- for problems 8.5 and 8.6, overlay your asymptotes on these figures.
Six-cycle semilog paper

Note that an example solution to a problem similar to 8.1-8.4 is available on the Materials page.

Homework 7