Reza's homepage --> Teaching - P of Electronics

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General Information:

Lecturer: Reza Sarvari (office EE221)

Classes: ZOJ 9:00-10:30 ; Alef7

Texts: Razavi, "Fundamentals of Microelectronics"
دکتر مهرداد شریف بختیار "تحلیل و طراحی مدارهای مجتمع آنالوگ"

Other Texts: Gray, Searle, "Electronic Principles"
Gray, Meyer, "Analysis and Design of Analog Integrated Circuits"
                          Millman, Grabel, "Microelectronics"
    Boylestad, Nashelsky, "Electronic Devices and Circuit Theory"
    Floyd, Buchla, "Fundamentals of Analog Circuits"
Sedra, Smith, "Microelectronic Circuits"

Grades(tentative): HW(2) + Quizzes(2) + Project(2) +Midetrm(30 Farvadin)(6) + Final(10)

Tutorial classes: TBA

Syllabus:

BIPOLAR:
1.Differential stage
    Bias and operating point
    Voltage gain; differential-mode, common-mode
    Output voltage for two arbitrary input signal
    CMRR
Input CMR
    Max. output swing
    Half ckt method
    Input resistance
    Cascode config.
2.Current source
    Simple current source circuit
    Current mirror
    Cascode config.
    Wilson current source
3.Differential stage with active load
    Voltage gain
    Operating point
4.Output stage
    Deffinition
    Common collector stage; N-type, P-type
    Push-Pull stage
        Dead-zone
        Bias
        Voltage gain; In/out resistance
    Efficiency
        Common collector
        Push-Pull
        Common emitter
5.Multi-stage amplifier

MOS:
6.Differential stage
    Bias and operating point
    Voltage gain; differential/common mode
    Output voltage for two arbitrary input signal;
CMRR;
        Input CMR;
   Max. output swing
Cascode diff stage
Diff stage with current mirror load
7.Current source
    Simple current source circuit; Current mirror;   Cascode config.; Wilson current source
8.Diff stage with active load
    Telescopic stage
    Folded cascade??
9. Multi-stage amp.
10. FEEDBACK
    Definition and general properties
    Short review of 2-port theory
    Ideal feedback
        Shunt-shunt
        Series-shunt
        Shunt- series
        Series-Series
    Real world feedback (loading effect)
    Shunt-shunt;    Series-shunt;     Shunt- series;     Series-Series
11. Opamp circuits

Weekly Schedule:

week	subject
1	Review
2	Differential amplifier
3	Differential amplifier
4	MOSFET: Differential amplifier	Design Project1
5	Current mirror / active load
6	Current mirror / active load
7	Feedback
8	Feedback	MIDTERM 30/1
9	Feedback
10	Output stage
11	Output stage	Design Project2
12	Output stage
13	Opamp circuits
14

LTSPICE toturials:

LTSpice files are denoted with

; (get it from

here )
LTspice Tutorials :

LINK1 ,

LINK2 ,

LINK3

Lectures: ( OCW ) ( Utube )

Homeworks :

HW00 ;

Hw00-sol ;

sol0 ;

HW01 ;

Hw01-sol ;

sol1 ;

HW02 ;

Hw02-sol ;

sol2 ;

HW03 ;

Hw03-sol ;

sol3 ;

HW04 ;

Hw04-sol ;

sol4 ;

HW05 ;

Hw05-sol ;

sol5 ;

HW06 ;

Hw06-sol ;

sol6 ;

HW07 ;

Hw07-sol ;

sol7 ;

HW08 ;

Hw08-sol ;

sol8 ;

HW09 ;

Hw09-sol ;

sol9 ;

HW10 ;

Hw10-sol ;

sol10 ;

HW11 ;

Hw11-sol ;

sol11 ;

HW12 ;

Hw12-sol ;

sol12 ;

Older Homeworks/to hand in:

Similar Course at Other Schools!

           MIT1 ;    MIT2    ;    MIT3 ;
           Berkeley1 ; Berkeley2 ; Berkeley3
Stanford
           GaTech1 ; GaTech2 ; GaTech3 ; GaTech4
    Texas A&M
UCSB
UCSC
           Arizona
       Colorado1 ; Colorado2
       Dr. Middlebrook
           MsState
           Marquette
           Notre Dame
       Iowa
           Utah
             Iowa State
           Miss State

Useful Links:

آموزش درس الکترونیک۱ -بهزاد رضوی - یو‌سی‌ال‌ا
آموزش درس طراحی مدارهای آنالوگ - علی حاجی میری - کالتک
Semiconductor Java Applets excellent source to visualize semiconductor device physics
Transistorized! history of the Transistor