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Understand zero voltage switching
·
Module 10
Case Study: ZVS Converter PCB Review
1
Optimizing High-Current Paths on PCBs
Apply layout principles to trace and evaluate high-current power loops and gate drive paths on a sample PCB layout.
2
Layout Pitfalls for ZVS Operation & Noise
Identify specific layout features that could compromise ZVS operation or introduce noise.
3
Optimizing ZVS Component Selection
Evaluate whether component selections on a schematic are appropriate for the intended ZVS operating range.
4
ZVS Converter Design Assessment & Optimization
Formulate an assessment of a ZVS converter's design quality, identifying potential areas for optimization.
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PCB Layout Principles for ZVS Converters
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