3. A d.c. to d.c. buck converter has an inductive load of 1,5ohm resistance and 15mH inductance. Source voltage is 96V. The frequency of the chopper is set to 200HZ and the duty cycle is 52%. Determine the average, maximum and minimum load currents. a) Draw the output voltage and current. b) Calculate average output voltage, current and powertransferred to the load. c) Calculate the lo and li current values (minimum and maximum current levels of the load). d) Calculate he rms value of the load current and rms value of power transferred to the load. (See page 11 Fewson)

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3. A d.c. to d.c. buck converter has an inductive load of 1,5ohm resistance and 15mH inductance. Source voltage is 96V. The
frequency of the chopper is set to 200HZ and the duty cycle is 52%. Determine the average, maximum and minimum load
currents.
a) Draw the output voltage and current.
b) Calculate average output voltage, current and powertransferred to the load.
c) Calculate the lo and li current values (minimum and maximum current levels of the load).
d) Calculate he rms value of the load current and rms value of power transferred to the load. (See page 11 Fewson)
Transcribed Image Text:3. A d.c. to d.c. buck converter has an inductive load of 1,5ohm resistance and 15mH inductance. Source voltage is 96V. The frequency of the chopper is set to 200HZ and the duty cycle is 52%. Determine the average, maximum and minimum load currents. a) Draw the output voltage and current. b) Calculate average output voltage, current and powertransferred to the load. c) Calculate the lo and li current values (minimum and maximum current levels of the load). d) Calculate he rms value of the load current and rms value of power transferred to the load. (See page 11 Fewson)
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