R www 100 (2 (a) f= 60 Hz OV 10 μF 3. Determine the output voltage (Vout) of each filter in Figure 18-40 at the specified frequency when Vin = 10 V. Vino- R www 47 02 (b) f= 400 Hz - Vou 8.2 μF FIGURE 18-40 Vo- m 5.0 mH (c) f= 1 kHz - Vout R 330 Ω Vo- PROBLEMS ● 861 m 80 μΗ (d) f = 2 kHz ww R 10 (2 ht

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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Vin
R
ww
100 Ω
(a) f= 60 Hz
-OV
10 μF
3. Determine the output voltage (Vout) of each filter in Figure 18-40 at the specified
frequency when Vin = 10 V.
Vino
R
W
47 02
(b) f = 400 Hz
- Vout
C
IR
8.2 F
A FIGURE 18-40
Vo-
m
5.0 mH
(c) f = 1 kHz
ww
R
330 Ω
Yout
PROBLEMS ●
Vi m
80 μΗ
(d) f= 2 kHz
R
10 02
861
V
CHET
Transcribed Image Text:Vin R ww 100 Ω (a) f= 60 Hz -OV 10 μF 3. Determine the output voltage (Vout) of each filter in Figure 18-40 at the specified frequency when Vin = 10 V. Vino R W 47 02 (b) f = 400 Hz - Vout C IR 8.2 F A FIGURE 18-40 Vo- m 5.0 mH (c) f = 1 kHz ww R 330 Ω Yout PROBLEMS ● Vi m 80 μΗ (d) f= 2 kHz R 10 02 861 V CHET
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