Consider the following figure: a forced ocillator system is shown in the figure where C = 8.0x10^-6 F, L = 2.0×10^-2 H, R = 75 ohm and V(t) = Vo cos wt (volt) a. Write down the equation for forced %3D oscillation. b. Calculate the impedance and resonant frequency. c. Show the maximum potential at which the inductance appears at the frequency W = = wo(1 – 1/2Q3)/2 . IR V,= V. cosot V

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Consider the following figure: a forced
oscillator system is shown in the figure
where C = 8.0x10^-6 F, L = 2.0×10^-2 H, R =
%3D
%3D
75 ohm and V(t) = Vo cos wt (volt)
a. Write down the equation for forced
oscillation.
b. Calculate the impedance and resonant
frequency.
c. Show the maximum potential at which
the inductance appears at the frequency
w == wo(1 – 1/2Q3)/2 .
IR
V,= Vo cosot
Va
Transcribed Image Text:Consider the following figure: a forced oscillator system is shown in the figure where C = 8.0x10^-6 F, L = 2.0×10^-2 H, R = %3D %3D 75 ohm and V(t) = Vo cos wt (volt) a. Write down the equation for forced oscillation. b. Calculate the impedance and resonant frequency. c. Show the maximum potential at which the inductance appears at the frequency w == wo(1 – 1/2Q3)/2 . IR V,= Vo cosot Va
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