Full Wave Rectifier

Q.

1. A, C

2. B, C

3. B, D

4. A, D

Q.

In a full wave rectifier circuit operating from 50 Hz mains frequency, the fundamental frequency in the ripple would be

1. 70.7 Hz

2. 100 Hz

3. 25 Hz

4. 50 Hz

Q.

The electrical circuit used to get smooth dc output from a rectifier circuit is called

1. Oscillator

2. Filter

3. Amplifier

4. Logic gates

Q. A full wave rectifier circuit along with the input and output voltages is shown in the figure

The contribution to output voltage from diode 2 is if in first half cycle diode 1 is in forward biased condition.

1. A, C
2. A, D
3. B, C
4. B, D

Q. A full wave rectifier circuit along with the input and output voltages is shown in the figure

The contribution to output voltage from diode 2 is if in first half cycle diode 1 is in forward biased condition.

1. A, C
2. B, D
3. B, C
4. A, D

Q.

1. B, C

2. B, D

3. A, D

4. A, C

Q.

The electrical circuit used to get smooth dc output from a rectifier circuit is called

1. Oscillator

2. Amplifier

3. Logic gates

4. Filter

Q.

In a full wave rectifier circuit operating from 50 Hz mains frequency, the fundamental frequency in the ripple would be

1. 70.7 Hz

2. 100 Hz

3. 25 Hz

4. 50 Hz

Q. Loss of input ac signal is more in full wave rectifier as compared to half wave rectifier.

1. False
2. True

Q. In the circuit shown, voltage between terminals A and B is shown in graph. The maximum output voltage $V_0$ is

1. $5V$
2. $10V$
3. $1V$
4. $0.5V$