Construct a bridge rectifier circuit as shown below, use function generator to generate the sine wave and place TWO oscilloscopes at the input and output so that you can view the rectified signal. Don't forget to label all nodes (A-D) and put your name on the TINKERCAD simulation layout. Prepare a short report showing the screenshot of the circuit (together with function generator and .oscilloscopes), input & output waveforms, theoretical calculations and short discussion in 1 PDF file D. A D3 VSIN 5V amplitude, 1 kHz frequency Vo R = 10 k2

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Tinkercad this or just calculations
Suggested time: 1 hour
Construct a bridge rectifier circuit as shown below, use function generator to generate the sine
wave and place TWO oscilloscopes at the input and output so that you can view the rectified signal.
Don't forget to label all nodes (A-D) and put your name on the TINKERCAD simulation layout.
Prepare a short report showing the screenshot of the circuit (together with function generator and
.oscilloscopes), input & output waveforms, theoretical calculations and short discussion in 1 PDF file
本
B
VSIN
5V amplitude,
1 kHz
frequency
D,
R = 10 k2
Transcribed Image Text:Suggested time: 1 hour Construct a bridge rectifier circuit as shown below, use function generator to generate the sine wave and place TWO oscilloscopes at the input and output so that you can view the rectified signal. Don't forget to label all nodes (A-D) and put your name on the TINKERCAD simulation layout. Prepare a short report showing the screenshot of the circuit (together with function generator and .oscilloscopes), input & output waveforms, theoretical calculations and short discussion in 1 PDF file 本 B VSIN 5V amplitude, 1 kHz frequency D, R = 10 k2
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