converters -凯发k8网页登录

converters, inverters, rectifiers, choppers, gate multiplexers

convert and rectify power using converters, inverters, rectifiers, choppers, and gate multiplexers.

simscape blocks

	behavioral model of ac-dc converter
	average-value chopper
	average-value dc-dc converter
	average-value dc voltage to three-phase ac voltage converter with fixed power loss
	average-value three-phase ac voltage to dc voltage converter with fixed power loss
	average-value bidirectional ac/dc voltage source converter
	controller-driven bidirectional dc-dc step-up and step-down voltage regulator
	controller-driven dc-dc step-up voltage regulator
	controller-driven dc-dc step-down voltage regulator
	controller-driven dc-dc inverting or four-switch step-up or step-down voltage regulator
	controller-driven bidirectional ac/dc three-arm converter
	behavioral model of power converter
	controller-driven four quadrant dc-dc chopper
	h-bridge motor driver
	modular multilevel converter arm with series-connected power submodules
	modular multilevel converter leg with series-connected power submodules
	three-phase modular multilevel converter with series-connected power submodules
	controller-driven one-quadrant chopper
	uncontrolled three-phase ac to dc voltage
	twelve-pulse three-phase three-level neutral-point clamped controlled converter
	two-quadrant controlled dc-dc chopper

	multiplex gate input signals to four quadrant
	multiplex gate input signals to converter block
	multiplex gate voltage signals to bidirectional dc-dc converter block
	multiplex gate input signals to three-level converter (three-phase) block
	multiplex gate input signals to two quadrant chopper

free, self-paced, interactive simscape electrical power electronics simulation course