Question

In: Electrical Engineering

The voltage drop across an RLC circuit is: v(t) = G*311.13*sine(377t) + 124.45*sine(1131t + 20) volts....

The voltage drop across an RLC circuit is:

v(t) = G*311.13*sine(377t) + 124.45*sine(1131t + 20) volts.

The current in the direction of the voltage drop is:

i(t) = 15.56*sine(377t) + 0.5*sine*(1131t - Φ)

Calculate:

a) The constants R, L, C of the circuit.
b) The angle value Φ
c) The average value of the power delivered to the circuit.

Solutions

Expert Solution

Manojponduru answered 2 years ago
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