News:  

• Vclass Data updated

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General Information:

Lecturer:     Reza Sarvari (office EE221)  

Classes:      Sat, Mon   9:00-10:30    ;  Classroom EE04

Text:          [T1] Desoer, Kuh "Basic circuit theory" جلد اول - نظریه اساسی مدارها و شبكه ها
                  [T2] Thomas, Rosa, Toussaint "The Analysis and Design of Linear Circuits"

Suggested Readings:     
                  Ulaby, Maharbiz, Furse "Circuit Analysis and Design"
                  Agarwal, Lang "Foundations of Analog and Digital Electronic Circuits"
                  Nilsson, Riedel  "Electric Circuits"



Syllabus:         

کلاسهای حل تمرین:

• اعلام می‌شود
•   

 

Grades:           Lab (4) + MidTerm1(4.5) + MidTerm1(4.5) + HW&Quizes (1+1) + Final (5)
                        Note: to pass the course you need to score minimum 50% of (Mid & Final)   

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Homeworks/Exams and solutions:
LTSpice files are denoted with  ; (get it from here)

           homework 01 ;
           homework 02 ; 
           homework 03 ; due 26 Esfand
           homework 04 ; due 9 Farvardin
           homework 05 ; due 25 Farvardin
           homework 06 ; due 22 ordibehesht
           homework 07 ; due 6 Khordad
           homework 08 ; due 16 Khordad
           homework 09 ; due 27 Khordad
           homework 10 ; due 3 Tir

Slides:

           EC 01

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VCLASS!:

Links to files + links to Google Drive Folders

Lectures:  ( Google Drive )

           Lecture 01   (  Lecture 01 )  Energy and Power
            Lecture 02   (  Lecture 02 )  Series / Parallel , Piecewise Linear –Analysis
                      Example 01   (  Example 01 )  
                      Example 02   (  Example 02 )  
                      Example 03   (  Example 03 )  
                      Example 04   (  Example 04 )  
                      Example 05   (  Example 05 )  
            Lecture 03   (  Lecture 03 ) Piecewise Linear –Synthesis, Nodal/Mesh  Analysis
            Lecture 04   (  Lecture 04 ) Superposition, Source Splitting, Thevenin / Norton
            Lecture 05   (  Lecture 05 ) Small Signal Analysis
            Lecture 06   (  Lecture 06 ) 1st Order Circuits
            Lecture 07   (  Lecture 07 ) 1st Order Circuits
            Lecture 08   (  Lecture 08 ) 2nd Order Circuits
            Lecture 09   (  Lecture 09 ) 2nd Order Circuits
            Lecture 10   (  Lecture 10 ) OpAmp
            Lecture 11   (  Lecture 11 ) OpAmp
            Lecture 12   (  Lecture 12 ) LTI Networks, Convolution
                      VClass04.webm      
            Lecture 13   (  Lecture 13 ) Phasor Analysis
            Lecture 14   (  Lecture 14 ) Phasor Analysis, Resonance
            Lecture 15   (  Lecture 15 ) Phasor Analysis, Transfer Function, Bode, Normalization
            Lecture 16   (  Lecture 16 ) Phasor Analysis,AC Power
                      VClass05.webm  
                      VClass06.webm  
                      VClass07.webm  
                      VClass08.webm  

Solution to HWs:  ( Google Drive )

      HW1_A:  01-PartA  
            sol1-4 ,  sol3p , sol4p ,   sol5 , sol6 , sol7
      HW1_B:   01-PartB
            sol1 ,  solJ1,2 , solJ4 ,   solJ11 , solJ14

       HW2_A:  02-PartA  
            sol1
      HW2_B:   02-PartB
            sol1

       HW3_A:  03-PartA  
            sol1
       HW3_B:   03-PartB
            sol1

      HW4_A:  04-PartA  
            sol1
       HW4_B:   04-PartB
            sol1

      HW5 :  05-PartA&B  ,   05-PSPICE
            sol1

      HW6 :  06-PartA&B  ,   06-Correction
            sol1

      HW7 :  07-PartA&B  ,  
            sol1

      HW8 :  08-PartA&B  ,  
            sol1

      HW9_A:  09-PartA  
            sol1-3 ,  sol4,5,6 , sol7,8 ,   sol9 , sol10 
      HW9_B:   09-PartB

      HW10_A:  10-PartA  
      HW10_B:  10-PartB

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Lab Notes:  (courtesy of Dr. Kaboli)

           LAB_syllabus ( TechnicalReader)

           LAB 01  (  OSC_Help  ;  OSC_manual  ; OSC_note  ; OSC_Structure )
           LAB 02  ( Lab-Equipments ) 
           LAB 03  (  spice tutorial 01 ;  spice tutorial 02 ; spice tutorial 03 )
           LAB 04  
           LAB 05 
           LAB 06 
           LAB 07  
           LAB 08 
           LAB 09 

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Lecture Notes:


(Review of) signals :

• Unit Step
• Unit Impulse (Delta)
• Unit Ramp
• Sinusoid
• Periodic Signals  

(Review of) Resistive Networks:

• Nonlinear resistors
• Series and Parallel
• Equivalent resistance ()
• Dependent Sources
•    

Mesh/Node Analysis:

• Floating Sources
• Superposition
• Thevenin/Norton Network
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Analysis of Nonlinear Circuits:

• Nonlinear Elements (Diode)
• Analytical Solutions/ Graphical Analysis
• Piecewise Linear Analysis
• AC/ DC Analysis (Incremental Analysis)

Energy Storage Elements:

• Capacitors/ Inductors
• Circuit Examples
• Thevenin/Norton Network
• Active/ Passive Energy 

Operational Amplifiers:

• The Op Amp Model
• Input and Output Resistances
• Operations!
• Op Amp in Saturation
•   

First/Second-Order Circuits:

• State Variables
• Series/Parallel RLC Circuit
• Step/Impulse Response
• State-Variable Method
• Higher-Order Circuits  

Sinusoidal Steady State:

• Phasor Analysis
• Homogeneous/Particular/Complete Solution
• Sinusoidal Steady-State Response
• Impedance
• Frequency Response 
• Resonance
• Bode Plot 

Diodes + Energy Storage Elements :

• Analysis of Diode Circuits
• Peak Detector/Clamping Circuit
• Full-Wave Diode Bridge
•  

Other:

• Spice
• c
• d
• e
• f  

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Similar Course at Other Schools!

            MIT:  6.002 ; 6.012  ; 6.012  ;  6.071  ;  6.101  ;  6.098  ;
            Berkeley: EE40 ; EE100 ; EE105 ;
            Stanford:  ee122 ;  
            Michigan: ece311 ;
            GaTech:  ece2040 ; ece3041 ; ece3041 ; ece3050  ;    
            ASU: ECE201  ; EEE202  ; EEE302 ;   
            UC San Diego : ece53a (+) ;   ece60a  ;          
            Colorado: ecen4827   ;
            Kentucky: ee562   ;
             
            UC Santa Cruz: ee171   ;
            Mississippi State: ece3434  ;
             
            Rose-Hulman: ES203   ;

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Useful Links:

• Semiconductor Java Applets excellent source to visualize semiconductor device physics
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• Transistorized! history of the Transistor
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