Answer :
A buck-boost converter is designed to supply a constant voltage of 108V to power the tracking motor of a solar-powered car while being able to handle a power load of at least 1.4W. The solar-powered car can efficiently utilize the available power from the source and maintain a constant voltage to power the tracking motor, allowing for smooth and reliable operation.
A buck-boost converter is an electrical device used to supply power to a load at a constant voltage, regardless of variations in the input voltage.
In this case, the converter is being designed to power the tracking motor of a solar-powered car at a constant voltage of 108V.
The converter is sourced, meaning it takes power from a source, which in this case is likely a solar panel or a battery. The converter ensures that the voltage supplied to the tracking motor remains constant at 108V, even if the input voltage from the source fluctuates.
It is important for the converter to be able to handle a typical power load of at least 1.4W.
This means that the converter should be able to supply the tracking motor with a minimum power of 1.4W to ensure proper operation.
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