Power electronic circuits depend strongly on proper digital design for their con

Question

Power electronic circuits depend strongly on proper digital design for their control. A boost converter is one example, where it's switching control input (S) to its NMOS is a square wave of variable duty cycle (D), and ideal voltage gain of 1/(1-D). This charges up an inductor D % of the time, and then dumps the charge into an output capacitor during each off cycle - the result is a boosted voltage. You can use these for many interesting projects converting small voltages, i.e. from a battery or solar cell to power heavy loads like motors, etc. Do a quick ideal power analysis Vo^l

Explanation / Answer

a) Vo*Io = Vin *Iin

v= 0.8 to 2 V

NUMBER IS 101

which shows 85% duty cycle

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