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, m Figure &. the peuk foad vollage 10:1 01 a 33.24 v h 16.27 v c. 23.7 V d 12V gto cmm Figure 8 34. In Figure S, the de load current loe is: a 13.19 mA h. 11.38 mA C, 10.36 mA d. 26.04 mA 35. In F'igure š, the ouiput frequency tD is: 36. In Figure &, the averaye DC current through diode DI lasn) is: 37, In Figure S, assume the secondary voltage is at pezak point and DI is conducting, the peak inverse volta a. 120 Hz b. 240 Hz e. 30 H c. 5,69 mA d. 13.02 mA a. o b. 10.36 mA across 132 is? a 33.24 Vv b. 16.27 V c. 23,7 V 38. Refer to Figure 8. In order to oblain an output voltage with a peak equal to the input peak (less the die drop), the following change should be made to the circuit: a. Use a transformer with a nl turns ratio b, Use a step-up transformer with a n=2 turns ratio c. Use a step-down transformer with a n-0.5 turns ratio d. Use a step-up transformer with a n-1,5 turns ratio 39, one ofthe diodes in a 60 Hz input lull-wave bridge rectifier becomes open, the output frequency will become: a 30 Hz b. 60 Hz c. 120 Hz d. 240 Hz 40. Adding a filter capacitor to any of the three rectifier circuits we studied will generally increas Voltage and decrease the unwanted voltage ripple. a True b. False