4. Design a Transformer Fed Bridge-Type FWR to provide an output load voltage of 140 VDC. Use an ideal diode model for the analysis. a. Draw the circuit and write the different equations required in a full wave rectifier circuit. b. Calculate the transformer peak voltage rating, diode PIV rating, and the transformer turns ratio if the power is taken from the 100-V line power supply.

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4. Design a Transformer Fed Bridge-Type FWR to provide an output load voltage of 140
VDC. Use an ideal diode model for the analysis.
a. Draw the circuit and write the different equations required in a full wave rectifier
circuit.
b. Calculate the transformer peak voltage rating, diode PIV rating, and the
transformer turns ratio if the power is taken from the 100-V line power supply.
Transcribed Image Text:4. Design a Transformer Fed Bridge-Type FWR to provide an output load voltage of 140 VDC. Use an ideal diode model for the analysis. a. Draw the circuit and write the different equations required in a full wave rectifier circuit. b. Calculate the transformer peak voltage rating, diode PIV rating, and the transformer turns ratio if the power is taken from the 100-V line power supply.
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