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Agenda
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| |
Morning
Theory 8:30 - 12:00 |
Afternoon
Lab 1:00 - 5:00 |
| Day
1 |
Converter
Topologies
Inductor Design
Proximity Loss Analysis
Design Exercises with Power 4-5-6 |
Design and Build Flyback Inductor/Transformer
Magnetics Characterization
Flyback Snubber Design
Flyback Efficiency Testing
|
| Day
2 |
Transformer Design
Transformer Isolation Methods
Trans. Proximity Loss Analysis
Planar Transformer Design
Multiple Output Designs
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Design
& Build Forward Inductor
Design & Build Forward Transformer
Forward Magnetics Characterization
Forward Snubber Design
Forward Efficiency Testing |
| Day
3 |
Power Supply Simulation
Small-signal Modeling
PWM Switch Model
RHP Zeros
Feedback Design
Loop Gain Compensation with Voltage-mode Control
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Forward
Power Stage Control Measurements
Output Impedance Measurements
Closed-loop Compensation
Loop Gain Design and Measurement
Step-load Testing
Closed-loop Output Impedance Measurement |
| Day
4 |
Current-mode Methods
Current-mode Modeling
Sampled-data Modeling
Compensating Ramp Design
Current-mode Compensation
CCM and DCM Optimization
Day
begins at 8:00 a.m.
|
Flyback Current Loop Design
Compensation Ramp Design
Current-mode Measurements
Current-mode Loop Gain
Step-load Testing
Output Impedance Measurement
Day
concludes at 3:30 p.m.
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