Final answer:
A three-phase Boost-Inverter is a circuit used for converting DC voltage to AC voltage. It consists of three legs, each with a boost converter and an inverter. The modeling equations for this circuit can be derived by analyzing the circuit and considering the voltage across each component.
Step-by-step explanation:
A three-phase Boost-Inverter is a circuit used for converting DC voltage to AC voltage. It consists of three legs, each with a boost converter and an inverter. The boost converter raises the DC voltage to a higher level, and the inverter converts the DC voltage to AC voltage. Here is the circuit diagram of a three-phase Boost-Inverter:
To derive the modeling equations for a three-phase Boost-Inverter, you need to analyze the circuit and derive the equations for the voltage across each component. The modeling equations will depend on the specific components used in the circuit.