Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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A Forward Converter has the following parameters:

- Vin = 30V
- N1 = 10 Turns
- N2 = 5 Turns
- N3 = 10 Turns
- The magnetizing inductance of the winding N1 is 150 µH
- fsw = 250 kHz
- Vout = 5V
- Output inductor L = 50 µH
- Output power = 30W

1. **Calculate the duty cycle of the forward converter.**

2. **The maximum voltage stress of the power switch.**

3. **The max, average, and peak output inductor current.**

4. **The max current in the power switch.**

5. **Draw the following waveforms:**
   - Voltage across the power switch
   - Output inductor current
   - Power switch current
   - Output diode (two diodes) currents
   - Mark the max and minimum values of these waveforms.
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Transcribed Image Text:A Forward Converter has the following parameters: - Vin = 30V - N1 = 10 Turns - N2 = 5 Turns - N3 = 10 Turns - The magnetizing inductance of the winding N1 is 150 µH - fsw = 250 kHz - Vout = 5V - Output inductor L = 50 µH - Output power = 30W 1. **Calculate the duty cycle of the forward converter.** 2. **The maximum voltage stress of the power switch.** 3. **The max, average, and peak output inductor current.** 4. **The max current in the power switch.** 5. **Draw the following waveforms:** - Voltage across the power switch - Output inductor current - Power switch current - Output diode (two diodes) currents - Mark the max and minimum values of these waveforms.
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