Determine the polar form of impedance for three components

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calculate ZT in rectangular coordinates. Use a 120 Vrms sine wave at 10 What is the power factor? What must be added to achieve a Unity Power Factor? State Kirchoff's current and voltage law. Describe with examples how each is applied. Given V = 7.6V and f = 1018Hz. Determine the Th venin's equivalent circuit given points: M and N. Calculate Zx for the maximum power transfer. What is the power dissipated by Zx? [Make all calculations rounded to 4 decimal places] For Parts a b & c you are given a transformer with the primary at V = 120Vrms, I = 30.598APP and F=60Hz. Determine the turns ration to create a Step-up transformer where Vs = 1697VPeak and calculate the effective current. Design a transformer that can provide a peak output current of 140Amps. What is the voltage at this current? If the number of turns on the secondary is 339, how many turns are on the primary if the peak output voltage is 169.7V? Given a single resistor @ 22 Ohm, a single capacitor @ 22 mu F, and a single inductor @ .22mH. USING f = 1KHz and 10KHz. Determine the Polar form of the Impedance for the three components when they are Connected in series circuit and when they are connected in a parallel circuit. Determine it the final impedance is inductive or capacitive. Given: VPP = 400V, IRMS = 20A, Theta = -46 degree. What would be the effective values of Q, S and P? Is the circuit inductive or capacitive? What component and value must be added to bring the FP to 1?

Reference no: EM13247937

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Determine the polar form of impedance for three components : Determine the Polar form of the Impedance for the three components when they are Connected in series circuit and when they are connected in a parallel circuit. Determine it the final impedance is inductive or capacitive. Given: VPP = 400V, IRMS = ..
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