Zero Voltage Switching
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This article discusses the term "Zero Voltage Switching," which refers to a power circuit switching technique that reduces switching losses by making the voltage rise during switching transitions equal to zero. This technology has gained recent attention due to its high efficiency and low heat generation characteristics. From an implementation perspective, Zero Voltage Switching typically involves precise timing control through resonant circuits or specialized gate drivers, often requiring microcontroller algorithms to detect zero-crossing points and synchronize switching operations. Key functions in code implementation may include phase-locked loops for synchronization, dead-time calculators to prevent shoot-through, and adaptive timing controllers that compensate for component variations.
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