Analysis and Design of a Flyback

1.How to Analyze and Model a Flyback Converter

2.How to Model and Simulate a Flyback Converter

3.How to Model the Transformer

4.How to Model the Transformer and Simulate it

5.How to Account for Efficiency and Duty Cyle

6.How to wind and characterize a transformer

7.Testing the Transformer

8.How to Measure and Set the Control Loop

9.Input Filter Design

10.Differential Mode Noise

11.Common Mode Noise

12.Input Filter

13.PWM

14.How to model a PWM

15.How to use the PWM

16.Use a current transformer

17.Leakage inductance

18.Transformer Design A

19.Tranformer Design B

20.Transformer design C

21.How to select the output capacitance to meet ripple

22.The TL431 shunt regulator

老白菜

• 课时1：How to Analyze and Model a Flyback Converter (37分16秒)
• 课时2：How to Model and Simulate a Flyback Converter (15分55秒)
• 课时3：How to Model the Transformer (21分10秒)
• 课时4：How to Model the Transformer and Simulate it (23分36秒)
• 课时5：How to Account for Efficiency and Duty Cycle (17分44秒)
• 课时6：How to wind and characterize a transformer (25分9秒)
• 课时7：Testing the Transformer (16分51秒)
• 课时8：How to Measure and Set the Control Loop (54分6秒)
• 课时9：Input Filter Design (35分19秒)
• 课时10：Differential Mode Noise (41分39秒)
• 课时11：Common Mode Noise (22分37秒)
• 课时12：Input Filter (38分56秒)
• 课时13：PWM (44分18秒)
• 课时14：How to model a PWM (33分49秒)
• 课时15：How to use the PWM (30分24秒)
• 课时16：Use a current transformer (27分19秒)
• 课时17：Leakage inductance (50分33秒)
• 课时18：Transformer Design A (44分48秒)
• 课时19：Tranformer Design B (50分33秒)
• 课时20：Transformer design C (37分8秒)
• 课时21：How to select the output capacitance to meet ripple (52分52秒)
• 课时22：The TL431 shunt regulator (29分3秒)