Cascaded Control Design for DC-DC Converters
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Please note: Once you watch the video, data will be transmitted to Youtube/Google. For more information, see Google Privacy.
Please note: Once you watch the video, data will be transmitted to Youtube/Google. For more information, see Google Privacy.
Please note: Once you watch the video, data will be transmitted to Youtube/Google. For more information, see Google Privacy.
Please note: Once you watch the video, data will be transmitted to Youtube/Google. For more information, see Google Privacy.
These lessons may help some students to build a strong foundation for designing any controls in continuous-time and discrete-time domains. Please share these videos to students who find power converters and controls exciting. The learning objectives of the lessons are briefly listed below. Thank you.
The learning objectives:
- Understanding the basics to design converter controls in continuous-time and discrete-time domains
- Direct discrete-time and continuous-time plant models derivation 2. Derivation of the PI tuning expressions
- Cascade control implementation of outer voltage and inner current control loops
- Protection of converter during overload and faulty conditions
- Importance of implementation of anti-winding for the integrators
Link to Download Inner Current Controller (ICC) Simulink Model:
https://drive.google.com/file/d/1aqPAITLODZpCsWIvaxCwWHPRUOUdw7tU/view?usp=sharing
Link to Download Outer Voltage Controller (OVC) Simulink Model:
https://drive.google.com/file/d/1PBBd74w0nYbirepBRQxQiWkom2TtwkPY/view?usp=sharing