Question

3.1 Half Wave Rectifier Circuit a) Construct the center tapped transformer rectifier circuit using a transformer in Figure 5. Observe the output waveform on the oscilloscope. What is the peak-to- peak voltage? Plot the output waveform b) Connect the filter capacitor 47 µF across the output of the circuit in parallel to the 1 k? resistor. Be sure to connect the capacitor with proper polarity. It may explode if you don't! Observe the output waveform on the oscilloscope. Plot the output waveform. + 240 V 50 Hz 12 V 50 Hz 1 k? $v_o$ 3.2 Full Wave Rectifier Circuit Figure 5 3 a) Construct the center tapped transformer rectifier circuit using a transformer in Figure 6. Observe the output waveform on the oscilloscope. b) Plot the output waveform WITHOUT the 47 µF capacitor. c) Then connect the filter capacitor 47 µF across the output of the circuit in parallel to the 1 k? resistor. d) Plot the output waveform and calculate the percentage of ripple. 240 V 50 Hz 12 V 50 Hz $v_o$ 1 k$\Omega$ 47 µF Figure 6

          3.1
Half Wave Rectifier Circuit
a)
Construct the center tapped transformer rectifier circuit using a transformer in
Figure 5. Observe the output waveform on the oscilloscope. What is the peak-to-
peak voltage? Plot the output waveform
b)
Connect the filter capacitor 47 µF across the output of the circuit in parallel to the
1 k? resistor. Be sure to connect the capacitor with proper polarity. It may
explode if you don't! Observe the output waveform on the oscilloscope. Plot the
output waveform.
+ 
240 V
50 Hz
12 V
50 Hz
1 k?
$v_o$
3.2
Full Wave Rectifier Circuit
Figure 5
3
a) Construct the center tapped transformer rectifier circuit using a transformer in Figure
6. Observe the output waveform on the oscilloscope.
b) Plot the output waveform WITHOUT the 47 µF capacitor.
c) Then connect the filter capacitor 47 µF across the output of the circuit in parallel to the
1 k? resistor.
d) Plot the output waveform and calculate the percentage of ripple.
240 V
50 Hz
12 V
50 Hz
$v_o$
1 k$\Omega$ 47 µF
Figure 6

Show more…

3.1
Half Wave Rectifier Circuit
a)
Construct the center tapped transformer rectifier circuit using a transformer in
Figure 5. Observe the output waveform on the oscilloscope. What is the peak-to-
peak voltage? Plot the output waveform
b)
Connect the filter capacitor 47 µF across the output of the circuit in parallel to the
1 k? resistor. Be sure to connect the capacitor with proper polarity. It may
explode if you don't! Observe the output waveform on the oscilloscope. Plot the
output waveform.
+
240 V
50 Hz
12 V
50 Hz
1 k?
vo
3.2
Full Wave Rectifier Circuit
Figure 5
3
a) Construct the center tapped transformer rectifier circuit using a transformer in Figure
6. Observe the output waveform on the oscilloscope.
b) Plot the output waveform WITHOUT the 47 µF capacitor.
c) Then connect the filter capacitor 47 µF across the output of the circuit in parallel to the
1 k? resistor.
d) Plot the output waveform and calculate the percentage of ripple.
240 V
50 Hz
12 V
50 Hz
vo
1 kΩ 47 µF
Figure 6

Added by Douglas R.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

09/17/2023

Step 1

Observe the output waveform on the oscilloscope and measure the peak-to-peak voltage. Show more…

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3.1 Half Wave Rectifier Circuit a) Construct the center tapped transformer rectifier circuit using a transformer in Figure 5. Observe the output waveform on the oscilloscope. What is the peak-to-peak voltage? Plot the output waveform. Connect the filter capacitor 47μF across the output of the circuit in parallel to the 1kΩ resistor. Be sure to connect the capacitor with proper polarity. It may explode if you don't! Observe the output waveform on the oscilloscope. Plot the output waveform. b) 3 12V 50 Hz 240 V 50 Hz 1 kΩ Vo Figure 5 3.2 Full Wave Rectifier Circuit a) Construct the center tapped transformer rectifier circuit using a transformer in Figure 6. Observe the output waveform on the oscilloscope. b) Plot the output waveform WITHOUT the 47μF capacitor. c) Then connect the filter capacitor 47μF across the output of the circuit in parallel to the 1kΩ resistor. d) Plot the output waveform and calculate the percentage of ripple 240 V 50 Hz 50 Hz 1 kΩ 47 μF Figure 6

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