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Introduction: Power electronics systems and applications. The advantages and disadvantages of switching converters to linear converters. |
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2 |
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Topologies of switching power converters. Switch and PWM concepts. Steady-state converter modeling and analysis. |
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3 |
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Regulators, AC-DC / DC-DC linear converters. |
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4 |
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Power electronics components, datasheet and application note study.. |
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5 |
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Power electronics main rules, circuit analysis, continuous conduction mode converter modelling |
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6 |
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DC to DC Converters: Buck Converter design and simulation |
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7 |
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Boost Converter design and simulation |
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8 |
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ARA SINAV |
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9 |
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Buck-Boost Converter design and simulation |
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10 |
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Magnetic componenets: Inductor and Transformer. |
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11 |
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Isolated DC to DC converters. Flyback converter |
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12 |
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Isolated DC to DC converters. Forward converter |
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13 |
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DC to AC converters and output harmonics |
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14 |
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Power Electronics Field Applications: Solar powered battery charge (MPPT) - Charge Redresor |
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15 |
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Power Electronics Field Applications: AC Analyzer - DC Analyzer - Reactive Power Factor Controller |
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16 |
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FİNAL |
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17 |
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FİNAL |
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