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Circuit Theory II Lesson 2

Circuit Theory II Lesson 2. Phasor Impedances Frequency Transfer Functions Numerical Example. i(t). L. + v(t) -. Phasor Impedance of Inductor. i(t). + v(t) -. Phasor Impedance of Capacitor. i(t). + v(t) -. Phasor Impedance of Resistor. L. j w L. C. +

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Circuit Theory II Lesson 2

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  1. Circuit Theory IILesson 2 Phasor Impedances Frequency Transfer Functions Numerical Example

  2. i(t) L + v(t) - Phasor Impedance of Inductor

  3. i(t) + v(t) - Phasor Impedance of Capacitor

  4. i(t) + v(t) - Phasor Impedance of Resistor

  5. L jwL C + vo(t) - vg(t) R 1/(jwC) Vg Vo R Phasor Circuit Electrical circuit Phasor circuit

  6. Frequency Transfer Function Output phasor Input phasor Frequency transfer function

  7. Numerical Example R = 3000 W L = 10 mH C = 5/18 nF w = 3 X 105 radians/sec vg(t) = 5 sin(3x105t+20o) Find vo(t)

  8. Value of the Frequency Transfer Function

  9. Value of Output Voltage

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