Question: SIM = it means continuous transmission mode SZIM = it means discontinuous transmission mode NOTE : Calculate the minimum inductance and capacitance values that provide

 SIM = it means continuous transmission mode SZIM = it means

SIM = it means continuous transmission mode

SZIM = it means discontinuous transmission mode

NOTE : Calculate the minimum inductance and capacitance values that provide the given circuit specifications for design problems in the questions given below. Calculate the worst case efficiency for efficiency problems. Take 1 = 2 for SIM and 1 = y for SZM. 2) (50 points) with input source ranging from 10-14VDA, generating 12VDA voltage with 1% fluctuation at 20 kHz switching frequency, current between 4-6 A a) Design a converter that reduces SZM. b) Design for a SZIM lowering inverter with VSAT = 0.5V, Vf=0.7V made with BJT and diode. Calculate the circuit efficiency. NOTE : Calculate the minimum inductance and capacitance values that provide the given circuit specifications for design problems in the questions given below. Calculate the worst case efficiency for efficiency problems. Take 1 = 2 for SIM and 1 = y for SZM. 2) (50 points) with input source ranging from 10-14VDA, generating 12VDA voltage with 1% fluctuation at 20 kHz switching frequency, current between 4-6 A a) Design a converter that reduces SZM. b) Design for a SZIM lowering inverter with VSAT = 0.5V, Vf=0.7V made with BJT and diode. Calculate the circuit efficiency

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