| 1 |
Basics of electrical circuits and power electronics |
DC-DC conversion concept, Classification of DC-DC converters |
Study, Practice, Research |
| 2 |
Understanding different types and applications |
Comparison of DC-DC converters |
Study, Research |
| 3 |
Principles of control, feedback, and modulation |
Control techniques in DC-DC converters |
Study, Practice, Experimentation |
| 4 |
Operating principles, voltage regulation |
Buck converter |
Study, Practice, Problem-solving |
| 5 |
Operation, voltage step-up mechanism |
Boost converter |
Study, Practice, Simulation |
| 6 |
Working principle, advantages, and limitations |
Buck-boost converter |
Study, Practice, Simulation |
| 7 |
Theory of operation, voltage conversion ratio |
Cuk converter |
Study, Practice, Simulation |
| 8 |
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MID-TERM EXAM |
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| 9 |
Introduction, characteristics, applications |
Zeta converter |
Study, Practice, Simulation |
| 10 |
Operation, transformer design, control strategies |
Forward converter |
Study, Practice, Simulation |
| 11 |
Working principle, design considerations |
Flyback converter |
Study, Practice, Simulation |
| 12 |
Operation, control techniques |
Push-Pull converter |
Study, Practice, Simulation |
| 13 |
Construction, operation modes, advantages |
Half-bridge converter |
Study, Practice, Simulation |
| 14 |
Operation, control methods, efficiency |
Full-bridge converter |
Study, Practice, Simulation |
| 15 |
Understanding recent advancements and applications |
Emerging Trends in DC-DC Converters |
Study, Research, Analysis |
| 16 |
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FINAL EXAM |
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| 17 |
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FINAL EXAM |
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