. The input to a bridge rectifier is through a step-down transformer of turns ratio 10:1. The supply voltage is 220 V at 50 Hz. The load resistance is 250 Ω. The resistance of the secondary winding of the transformer is 4 Ω, and the diode forward resistance is 2 Ω. Determine (i) RMS voltage on the secondary side of the transformer (ii). D.C output voltage (iii). D.C output current (iv). RMS value of the output current (v). D.C output power (vi). A.C input power (vii). Rectification Efficiency (viii). PIV (ix). Output frequency (x). Ripple factor.
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The input to a bridge rectifier is through a step-down transformer of turns ratio 10:1. The supply voltage is 220 V at 50 Hz. The load resistance is 250 Ω. The resistance of the secondary winding of the transformer is 4 Ω, and the diode forward resistance is 2 Ω. Determine (i) RMS voltage on the secondary side of the transformer (ii). D.C output voltage (iii). D.C output current (iv). RMS value of the output current (v). D.C output power (vi). A.C input power (vii). Rectification Efficiency (viii). PIV (ix). Output frequency (x). Ripple factor.
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