Question: Design a full wave (Bridge) rectifier as a dc power supply with a lo load tha 110V (rms) 60Hz household supply through a 8-to-1 step
Design a full wave (Bridge) rectifier as a dc power supply with a lo load tha 110V (rms) 60Hz household supply through a 8-to-1 step down transformer. TH connected to parallel to the load to provide a ripple voltage of +/-1V of the av voltage. The diode has 0.7V turn on voltage. oly with a 1ko load that operates from a 1 step down transformer. The capacitor is age of +/- 1V of the average output (a) Draw a complete rectifier circuit to design. (b) Specify the peak voltage that must appear across the transformer secondary. (c) Find the output peak value of the rectified voltage across the load. (d) Find the average output voltage. (e) Find the required value of the filter capacitor. (f) Find the required diode PIV rating. (s) Calculate the peak diode current. (h) Find the fraction of time the diode is conducting. Design a full wave (Bridge) rectifier as a dc power supply with a lo load tha 110V (rms) 60Hz household supply through a 8-to-1 step down transformer. TH connected to parallel to the load to provide a ripple voltage of +/-1V of the av voltage. The diode has 0.7V turn on voltage. oly with a 1ko load that operates from a 1 step down transformer. The capacitor is age of +/- 1V of the average output (a) Draw a complete rectifier circuit to design. (b) Specify the peak voltage that must appear across the transformer secondary. (c) Find the output peak value of the rectified voltage across the load. (d) Find the average output voltage. (e) Find the required value of the filter capacitor. (f) Find the required diode PIV rating. (s) Calculate the peak diode current. (h) Find the fraction of time the diode is conducting
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