Determine the total impedance at resonance

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Reference no: EM131207636

Q1) Convert the following sources to the equivalent voltage or current source. Label the transformed sources and resistors with values.

1427_Figure1.png

Q2) Use mesh analysis to find the current through the 10-ohm resistor in the circuit shown. All resistor values are in ohms.

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Q3) Find the nodal voltages labeled on the circuit shown.

178_Figure3.png

Q4) For the bridge circuit shown

1984_Figure4.png

a) Determine if the circuit is balanced.  Show equations to support your answer.

b) Using delta-wye transforms, find the equivalent resistance that the voltage source sees.

Q5)  a) Find the total impedance of the circuit shown?

b) Find the total admittance of the circuit shown?

c) Find the voltage V1 and the current I2

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Q6) Find the current through the capacitor in the ladder circuit shown.

2374_Figure6.png

Q7) For the circuit shown: R =10 Ω, XL = 40 Ω,  Es = 75 mVπ0 rms.

1872_Figure7.png

a) Find the value of Xc at resonance.

b) Determine the total impedance at resonance.

c) Find the magnitude of the current Is at resonance.

d) Compute the quality factor of the circuit.

e) If the resonant frequency is 800 Hz, find the values of L and C for the circuit given the values of XL and XC from above.

Q8) For the circuit shown below:

a) name the type of filter the circuit implements  

b) compute the cut-off frequency, fc

c) compute the gain in db of the circuit at 0.5fc and 5fc

d) compute the phase shift of the circuit at 0.5fc and 5fc

 R = 10 kΩ            C = 0.15 μF

1599_Figure8.png

Reference no: EM131207636

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