Question

Q1) In the transformer-coupled filter-bridge circuit show, answer the following questions: 120 V rms 60 Hz V pipri) 00000 V p(sec) D D3 Output RL C D4 D2 a) If the secondary voltage is 36 Vrms, determine the valuse of C based on the values of the peak-to- peak riplle voltage ($V_{rpp}$) =1.6 the Load resistor ($R_L$)=7000 that are. b) With the same value of C found in part(a), calculate the value of $R_L$ in order to have a dc output voltage of 48.5 V. c) Which of the following PIV rating values is considered to be a suitable one to be used for the diodes in this circuit: 40 V or 60 V. Explain your answer.

          Q1) In the transformer-coupled filter-bridge circuit show, answer the following questions:
120 V rms
60 Hz
V
pipri)
00000
V
p(sec)
D
D3
Output
RL
C
D4
D2
a) If the secondary voltage is 36 Vrms, determine the valuse of C based on the values of the peak-to-
peak riplle voltage ($V_{rpp}$) =1.6 the Load resistor ($R_L$)=7000 that are.
b) With the same value of C found in part(a), calculate the value of $R_L$ in order to have a dc output
voltage of 48.5 V.
c) Which of the following PIV rating values is considered to be a suitable one to be used for the diodes
in this circuit: 40 V or 60 V. Explain your answer.

Show more…

Q1) In the transformer-coupled filter-bridge circuit show, answer the following questions:
120 V rms
60 Hz
V
pipri)
00000
V
p(sec)
D
D3
Output
RL
C
D4
D2
a) If the secondary voltage is 36 Vrms, determine the valuse of C based on the values of the peak-to-
peak riplle voltage (Vrpp) =1.6 the Load resistor (RL)=7000 that are.
b) With the same value of C found in part(a), calculate the value of RL in order to have a dc output
voltage of 48.5 V.
c) Which of the following PIV rating values is considered to be a suitable one to be used for the diodes
in this circuit: 40 V or 60 V. Explain your answer.

Added by Tammy V.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Hunza Gilgit

Step 1

The RMS voltage is given as 36V, so the peak voltage can be calculated using the formula Vpeak = Vrms * √2. Therefore, Vpeak = 36V * √2 = 50.91V. Show more…

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Thanks for your feedback!

In this circuit, there are two voltage options: 40 V or 60 V. Please explain your answer. The voltage in the circuit is actually 48.5V. The peak ripple voltage (Vrpp) is 1.6. The load resistor (RL) is 7000 ohms. The frequency is 60 Hz and the RMS voltage is 120V. c) Which of the following PIV rating values is considered to be a suitable one to be used for the diodes? b) With the same value of c found in part (a), calculate the value of R in order to have a DC output. a) If the secondary voltage is 36 Vrms, determine the value of C based on the values of the peak-to-peak ripple voltage and the frequency. Q1) In the transformer-coupled filter-bridge circuit shown, please answer the following questions: What is the output voltage?

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