Assume you are asked to design a photovoltaic (PV) based power supply to power on the...

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Assume you are asked to design a photovoltaic (PV) based power supply to power on the 12 V DC loads (Tablets, CD players, etc) that you can find at your home, The power supply shall be able to output constant 12 V when the PV's voltage is changing between 4 V and 36 V. If a flyback converteris used işı e N2 N1 S1 What is the transformer duty ratio, N1:N2, to make the minimum duty ratio of S1 to be 0.2? a) b) Take the turns ratio from a), having V =12 V (constant) and R-2 ohm, based on ou! the T-equivalent of the circuit, calculate the minimum mutual inductance that guarantees continuous mutual inductance current, assuming 10 kHz switching. Assume you are asked to design a photovoltaic (PV) based power supply to power on the 12 V DC loads (Tablets, CD players, etc) that you can find at your home, The power supply shall be able to output constant 12 V when the PV's voltage is changing between 4 V and 36 V. If a flyback converteris used işı e N2 N1 S1 What is the transformer duty ratio, N1:N2, to make the minimum duty ratio of S1 to be 0.2? a) b) Take the turns ratio from a), having V =12 V (constant) and R-2 ohm, based on ou! the T-equivalent of the circuit, calculate the minimum mutual inductance that guarantees continuous mutual inductance current, assuming 10 kHz switching.