Solution Found!
A circuit has a network function H o k 1 jo=z jo (a) Find the high- and low-frequency
Chapter 13, Problem P13.3-9(choose chapter or problem)
A circuit has a network function
\(\mathbf{H}(\omega)=\frac{k(1+j \omega / z)}{j \omega}\)
(a) Find the high- and low-frequency asymptotes of the magnitude Bode plot.
(b) The high- and low-frequency asymptotes comprise the magnitude Bode plot. Over what ranges of frequencies is the asymptotic magnitude Bode plot of \(\mathbf{H}(\omega)\) within 1 percent of the actual value of \(\mathbf{H}(\omega)\)?
Questions & Answers
QUESTION:
A circuit has a network function
\(\mathbf{H}(\omega)=\frac{k(1+j \omega / z)}{j \omega}\)
(a) Find the high- and low-frequency asymptotes of the magnitude Bode plot.
(b) The high- and low-frequency asymptotes comprise the magnitude Bode plot. Over what ranges of frequencies is the asymptotic magnitude Bode plot of \(\mathbf{H}(\omega)\) within 1 percent of the actual value of \(\mathbf{H}(\omega)\)?
ANSWER:Step 1 of 5
(a)
The magnitude of the given network function is ,
