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Understand zero voltage switching
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Module 3
Principles of Zero Voltage Switching (ZVS)
1
Zero Voltage Switching: Eliminating Capacitive Turn-On Losses
Define zero voltage switching and explain how it eliminates capacitive turn-on switching losses.
2
Resonant Tanks and ZVS
Describe the role of a resonant tank (inductor-capacitor network) in achieving ZVS.
3
Zero Voltage Switching Conditions
Identify the key conditions required for a switch to achieve zero voltage switching.
4
ZVS Range vs. Circulating Current: A Trade-off Analysis
Explain the trade-off between ZVS operational range and circulating current losses.
Previous module
The Hard Switching Problem
Next module
Applying ZVS to Familiar Topologies: Buck & Boost