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I. Course Description
1. Five (5) meetings of 6.5 hours each (11:00 to 17:50) once every two weeks (approximately 25 lecture hours net). 2. Lectures will be given at Nemic-Lambda facility in Karmiel or Hertzlia 3. A handout file will be distributed to attendees before lectures 4. Prerequisites: Basic knowledge in electronics, at least HANDESAI level or equivalent experience
II. Table of Contents
1. Introduction 2. Inductor, PWM, the average concept 3. Basic topologies, CCM, DCM 4. Switched capacitor converters 5. Basic magnetics design 6. Isolated converters (forward and Flyback) 7. Simulation tools (only time domain is covered in this seminar) 8. Practical inductors, capacitors, diodes, power switches, Losses and Efficiency 9. Output Voltage Ripple, Parasitic Effects, RC Snubbers 10. Advanced topologies (HB, FB, PP, C’uk, SEPIC) 11. Introduction to soft switching 12. Drivers 13. Current sensing Basics of control techniques
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Control Design of PWM Converters: The User Friendly Approach |
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Computer Aided Analysis and Design
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Feedback Design in Operational Amplifiers and PWM Converters:
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Fundamentals of PWM Converters
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Introduction to CMOS Operational Amplifiers
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Control Design of PWM Converters:
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Fundumentals of PWM Converters
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Computer Aided design of Power Factor Correction Systems
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Modern Soft Switched Converter Topologies
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Control Design of PWM Converters: The User Friendly Approach |
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Switched Capacitors Converters
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Essentials of Switch Mode Converters
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Power Electronics of Piezoelectric Elements
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Digital Control Design of PWM Converters: The Time-Domain Approach
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