Answer 3.3 only.. This page provides all information needed to solve the problem

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Answer 3.3 only.. This page provides all information needed to solve the problem.. Thanks!!

communication when needed. The wave form of this circuit is shown in figure 3.47 and similar to that in figure 3.28. The only difference is that the waveform here is for current instead of voltage. A half wave, single-phase ac-to-dc converter is loaded by an impedance of 10 ml I inductance in series with 10 ohm resistance. The ac voltage is 110 V (rms). For a equal to 30 degree and 90 degree, calculate the following: Conduction period Average current of the load Average voltage of the load dc power Repeat Problem 3.1 for alpha = 10 degree . assuming that a freewheeling diode is used. Assume that an additional inductance can be inserted in series with the load. Also assume that the convener has no freewheeling diodes. Calculate the added inductance that leads to a conduction period of 180 degree when alpha = 30 degree. Calculate the average current, average voltage, and the power of the load for the case described in Problem 3.3. A single phase half-wave SCR circuit is used to control the power consumption of an inductive load . The resistive component of the load is 5 ohm. The source voltage is 120 V(rms).When the triggering angle is adjusted to 60 degree the average current of the load is 6 A. calculate following: Average voltage across the load

Explanation / Answer

tuff one

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