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Peak to peak voltage with filter capacitorġ. Load voltage measurement with the filter capacitorįull wave rectifier MULTISIM measurementsġ. Peak to peak ripple voltage with the filter capacitorġ. Half wave rectifier MULTISIM measurementsġ. The full-wave rectifier circuit is constructed as shown below: The half wave rectifier is constructed as shown in the figure below: The peak to peak ripple voltage is equal to The ripple frequency is equal to 2*F=1*60Hz=120Hz The peak to peak ripple voltage is equal to 1.4213V-0V=1.4213V The RMS load voltage is equal to 1.4213/sqrt(2)=1.005V

The peak secondary voltage is equal to 1.5*sqrt(2)= 2.1213V The secondary voltage is equal to 30V/(10*2)=1.5V The turns-ratio of the transformer is 10:1 Half wave rectifier with the filter capacitor: The ripple frequency is equal to the source frequency=60Hz The peak to peak ripple voltage is equal to: 3.5426-0=3.5426V The peak secondary voltage is equal to 3*sqrt(2)= 4.2426V The secondary RMS voltage is: 30V/10=3VRMS The circuits shown in the figure below both for the half-wave rectifier and a full wave rectifier are to be constructed in MULTISIM and on a breadboard.įor the half wave rectifier the calculations are done as follows: Oscilloscope (NI Elvismx Instrument Launcher)

Arbitrary Waveform Generator (NI Elvismx Instrument Launcher)ġ. Function Generator (NI Elvisms Instrument Launcher)ġ. One fuse (any rating is fine since it is for simulation only)ġ. One 100 μF, 50 V electrolytic capacitorġ. The calculate values are to be compared with the measured values to check for consistency.ġ. The myDAQ is to be used for data acquisition from the breadboard to the MULTISIM software.

The various output voltage are to be measured. The purpose of this lab exercise is to build a half wave rectifier and a full wave rectifier in MULTISIM and on a breadboard.