A gain and phase plot for a low pass filter, H(s) (8) ', is given below (both in v,(s) linear and dB formats for gain), and the one on the right has frequency semilog axis. Bode Diagram 08 06 04 -10 02 20 40 -30 -60 40 90 Frequency (radis) 10 Frequency (radis) Assume that the input signal for the circuit is given by v,(1) = A cos(wt)+B sin(wt) For this input signal, the output signal can be written as v,(1) = K cos(wt +0). With A=55, B=-40, w=10 rad/s, what is the value of vo(t) for t={2*pi²/10}. (Bop) aseud Magnitude (dB) aprqubey Bap) esd

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A gain and phase plot for a low pass filter, H(s) (8)
', is given below (both in
v,(s)
linear and dB formats for gain), and the one on the right has frequency semilog
axis.
Bode Diagram
08
06
04
-10
02
20
40
-30
-60
40
90
Frequency (radis)
10
Frequency (radis)
Assume that the input signal for the circuit is given by
v,(1) = A cos(wt)+B sin(wt)
For this input signal, the output signal can be written as v,(1) = K cos(wt +0).
With A=55, B=-40, w=10 rad/s, what is the value of vo(t) for t={2*pi²/10}.
(Bop) aseud
Magnitude (dB)
aprqubey
Bap) esd
Transcribed Image Text:A gain and phase plot for a low pass filter, H(s) (8) ', is given below (both in v,(s) linear and dB formats for gain), and the one on the right has frequency semilog axis. Bode Diagram 08 06 04 -10 02 20 40 -30 -60 40 90 Frequency (radis) 10 Frequency (radis) Assume that the input signal for the circuit is given by v,(1) = A cos(wt)+B sin(wt) For this input signal, the output signal can be written as v,(1) = K cos(wt +0). With A=55, B=-40, w=10 rad/s, what is the value of vo(t) for t={2*pi²/10}. (Bop) aseud Magnitude (dB) aprqubey Bap) esd
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