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EXPERIMENT 2 Full-Wave Rectification Using Bridge Rectifier Objectives: To recognize a full-wave rectified sinusoidal voltage using bridge. Equipments and Components used: Power supply (220V) Step down transformer (220-12) Four diode (D1-1N4001) Resistance (10kΩ) Apparatus: Procedure: Construct the circuit as shown of Figure where V is the voltmeter. Switch on the oscilloscope and the sinusoidal supply. Take the reading of the voltmeter and a picture for the oscilloscope Circuit Construction:

EXPERIMENT 2 Electronics Ahmedawad

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Page 1: EXPERIMENT 2 Electronics Ahmedawad

EXPERIMENT 2

Full-Wave Rectification Using Bridge Rectifier

Objectives: To recognize a full-wave rectified sinusoidal voltage using bridge.

Equipments and Components used: Power supply (220V)

Step down transformer (220-12)

Four diode (D1-1N4001)

Resistance (10kΩ)

Apparatus:

Procedure: Construct the circuit as shown of Figure where V is the voltmeter.

Switch on the oscilloscope and the sinusoidal supply.

Take the reading of the voltmeter and a picture for the oscilloscope

Circuit Construction:

Page 2: EXPERIMENT 2 Electronics Ahmedawad

Simulation from electronics software (CircuitLab website):

Circuit construction:

Oscilloscope:

Voltmeter Reading:

V=11.14v

Page 3: EXPERIMENT 2 Electronics Ahmedawad

Readings:

𝒗𝒊 = 𝟏𝟐. 𝟓𝐯

𝒗𝒐 = 𝟏𝟏. 𝟓𝐯

This picture for the output voltage (range of 25v)

Oscilloscope:

Comments:

There is error of 0.86, which might be the result of cumulative errors built up from

approximation used in ideal model.

A full-wave rectifier converts the whole of the input waveform to one of constant polarity

(positive or negative) at its output.