Week  | 
            Date  | 
            Lectures  | 
            Reading 
              (Erickson's Text)  | 
            HW & Project   | 
            
          
		  
          
  			1  | 
            9/8  | 
            
              Syllabus [PDF]; Lecture 1-Introduction [PDF] 
              | 
            FPE Chapter 1  | 
             | 
         
          
            9/10  | 
            
				Lecture 2-Steady state analysis [PDF] 
			    | 
		  FPE Chapter 2  | 
		  
		  
          
		  
  2  | 
      9/15  | 
      
        Lecture 3-DC equivalent circuit modeling [PDF] 
        | 
      FPE Chapter 3   | 
       Homework 1 [PDF] Due date: 9/21/2020   | 
   
    
      9/17  | 
      
  Lecture 4-Power Diodes [PDF] 
    | 
FPE Chapter 4.1   | 
    
    
  3  | 
      9/22  | 
      
        Lecture 5-Power MOSFET, IGBT, and SCR [PDF] 
        | 
       FPE Chapter 4.2 
        MOSFET Parameters [PDF]
		
		  |  
       Homework 2 [PDF] Due date: 10/10/2020   | 
   
    
      9/24  | 
      
  Lecture 6-Power losses [PDF] 
    | 
 FPE Chapter 4.3 
Power MOSFET [PDF]
		Super Junction [PDF]  | 
    
  4  | 
      9/29  | 
      
        Lecture 7-DCM opeartion[PDF] 
        | 
      FPE Chapter 5  | 
         | 
   
    
      10/1  | 
      
  Holiday 
    | 
   | 
    
    
  5  | 
      10/6  | 
      
        Holiday 
        | 
         | 
         | 
   
    
      10/10  | 
      
  Lecture 8-Nonisolated converters [PDF]  
    | 
 dc/ac inverters[PDF]FPE Chapter 6.1-6.2    | 
    
    
    
  6  | 
      10/13  | 
      
        Lecture 9-Isolated converters [PDF]  
        | 
       FPE Chapter 6.3-6.4  | 
      Homework 3 [PDF] Due date: 10/27/2020    | 
   
    
      10/15  | 
      
  Lecture 10-Ac equivalent circuit modeling [PDF] 
    | 
 FPE Chapter 7.1-7.2   | 
    
    
  7  | 
      10/20  | 
      
        Lecture 11-State space averaging modeling [PDF] 
        | 
      FPE Chapter 7.3-7.4  | 
      Sample Exam [PDF]  | 
   
    
      10/22  | 
      
  Lecture 12-Generalized state space averaging modeling [PDF] 
    | 
paper_gssa [PDF]paper_gssa2 [PDF]   | 
    
      
    
    
    
  8  | 
      10/27  | 
      
        Lecture 13-Canonical model[PDF], Bode Plot [PDF] 
        | 
      FPE Chapter 7.5-7.6, 8.1   | 
       Homework 4 [PDF] Due date: 11/10/2020    | 
   
    
      10/29  | 
      
  Lecture 14-Converter transfer functions [PDF] 
    | 
FPE Chapter 8.2-8.4   | 
    
  9  | 
      11/3  | 
      
        MidTerm 
        | 
         | 
      Proposal [PDF] Due date: 11/19/2020    | 
   
    
      11/5  | 
      
  Lecture 15-System Stability[PDF] 
    | 
   | 
    
  10  | 
      11/10  | 
      
        Lecture 16-Controller Design I[PDF] 
        | 
      FPE Chapter 9.1-9.4  | 
         | 
   
    
      11/12  | 
      
  Lecture 17-Controller Design II[PDF] 
    | 
FPE Chapter 9.5-9.6  | 
    
    
  11  | 
      11/17  | 
      
        Lecture 18-DCM dc Modeling [PDF] 
        | 
      FPE Chapter 12.1-12.2   | 
       Homework 5 [PDF]  Due date: 12/1/2020   | 
   
    
      11/19  | 
      
  Proposal Presentation  
    | 
   | 
    
    
  12  | 
      11/24  | 
      
        Lecture 19-DCM ac modeling [PDF] 
        | 
      FPE Chapter 11.3-11.4   | 
         | 
   
    
      11/26  | 
      
  No Class 
    | 
 | 
    
    
    
  13  | 
      12/1  | 
      
        Lecture 20-CPM dc modeling [PDF] 
        | 
      FPE Chapter 12.1-12.2   | 
      Homework 6 [PDF]  Due date: 12/13/2020   | 
	    
    
      12/3  | 
      
  Lecture 21-CPM ac modeling [PDF] 
    | 
 FPE Chapter 12.2-12.3   | 
    
    
  14  | 
      12/8  | 
      
        Lecture 22-CPM accurate ac modeling [PDF] 
        | 
       FPE Chapter 12.3-12.4  | 
      Final Project Report  Due date: 12/31/2020   | 
   
          
  			18  | 
            1/6  | 
            
				Final Exam, 13:30-15:30 
              | 
             | 
            Sample Exam2 [PDF]  |