If two diodes are connected across two ends of secondary windings of a centre tap transformer as shown in figure. If inputs at A and B are as shown Then, output across load resistance will be

Question

If two diodes are connected across two ends of secondary windings of a centre tap transformer as shown in figure. If inputs at A and B are as shown <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/d8185fc7d73d23e700aa2379cc519110-.png" /> Then, output across load resistance will be (A)  (B)  (C)  (D)

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<img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/39524b414c7a1a98b984ed603e1d5b85-.png" /> Fig. (a) Input waveform given to diode D1, at A and to diode D2 at B. Fig. (b) output waveform across the load RL connected in the full-wave rectifier circuit

Q. If two diodes are connected across two ends of secondary windings of a centre tap transformer as shown in figure. If inputs at $A$ and $B$ are as shown

Then, output across load resistance will be

Fig. (a) Input waveform given to diode $D_{1}$ , at $A$ and to diode $D_{2}$ at $B$ . Fig. (b) output waveform across the load $R_{L}$ connected in the full-wave rectifier circuit

Q. If two diodes are connected across two ends of secondary windings of a centre tap transformer as shown in figure. If inputs at A and B are as shown Then, output across load resistance will be

Fig. (a) Input waveform given to diode D1​, at A and to diode D2​ at B. Fig. (b) output waveform across the load RL​ connected in the full-wave rectifier circuit

Q. If two diodes are connected across two ends of secondary windings of a centre tap transformer as shown in figure. If inputs at $A$ and $B$ are as shown

Then, output across load resistance will be

Fig. (a) Input waveform given to diode $D_{1}$ , at $A$ and to diode $D_{2}$ at $B$ . Fig. (b) output waveform across the load $R_{L}$ connected in the full-wave rectifier circuit