14.15 a) Find the cutoff frequency (in hertz) for the high- pass filter shown in Fig. P14.15. b) Find H(jw) at we, 0.2wc, and 5we. c) If v = 0.5 cos wt V, write the steady-state ex- pression for vo...

14.15 a) Find the cutoff frequency (in hertz) for the high-<br>pass filter shown in Fig. P14.15.<br>b) Find H(jw) at we, 0.2wc, and 5we.<br>c) If v = 0.5 cos wt V, write the steady-state ex-<br>pression for vo when w = we, w = 0.2wc, and<br>w = 5w.<br>

Extracted text: 14.15 a) Find the cutoff frequency (in hertz) for the high- pass filter shown in Fig. P14.15. b) Find H(jw) at we, 0.2wc, and 5we. c) If v = 0.5 cos wt V, write the steady-state ex- pression for vo when w = we, w = 0.2wc, and w = 5w.
Figure P14.15<br>5 nF<br>Vo<br>50 kN<br>

Figure P14.15<br>5 nF<br>Vo<br>50 kN<br>

Extracted text: Figure P14.15 5 nF Vo 50 kN

Jun 11, 2022

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14.15 a) Find the cutoff frequency (in hertz) for the high- pass filter shown in Fig. P14.15. b) Find H(jw) at we, 0.2wc, and 5we. c) If v = 0.5 cos wt V, write the steady-state ex- pression for vo...

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