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News:
General Information: Lecturer:
Reza
Sarvari (office EE221) Classes: Saturday-Monday 9-10:30 ; Texts:
Razavi, "Fundamentals
of Microelectronics" Other Texts:
Gray, Searle, "Electronic
Principles" Grades(tentative):
HW(2) +
Quizzes(2) + Project(1) +Midetrm(13Azar9am)(6) +
Final(10)
Tutorial classes: TBA Syllabus: 1.
Introduction to microelectronics and its applications (1)
Cell phone Automotive Robotics 2. Analog and digital signals Analog signals and circuits Digital signals and circuits Analog vs digital 3. Basic concepts (1) Gain Input resistance Output resistance Load Feedback Noise and signal to noise ratio Signal bandwidth Analog signal processing; amplification, filtering, modulation Linear and nonlinear circuits 5. Diode circuits (3) Ideal diode Half-wave rectifier Full-wave rectifier Limiting circuits Large-signal model Small-signal Biasing 6. Physics of semiconductors (3) Definition of semiconductor Electron and hole PN junction I-V characteristic of the diode Breakdown voltage Bipolar transistor Ic-Vbe and Ic-Vce characteristics Early voltage Large-signal model Small-signal model 7. Single-stage AC-coupled bipolar amplifiers (6) Common emitter Large signal behavior Bias circuits Gain, input/output resistance Common collectors Bias circuits Gain, input/output resistance Common base Bias circuits Gain, input/output resistance Cascode 9. Physics of MOS transistors (2) Metal-oxide-semiconductor system MOS transistor structure Surface accumulation/depletion/inversion Id-Vgs and ld-Vds characteristics Large signal model and channel length modulation Small signal model 10. Single-stage MOS amplifiers (4) Common-source Large-signal behavior Gain Input/output resistance Source follower Gain Input/output resistance common-gate Gain Input/output resistance 8. Multi-stage AC-coupled bipolar amplifiers (4) Loading effect Buffer Common collector buffer as the output stage 11. Muti-Stage AC coupled MOS Amplifiers (4) 4. Ideal opamp circuits (2) Definition Inverting amp Non-inverting amp Integrator Differentiator 12. Current source (1.5) This semester's schedule:
LTSPICE toturials: Lectures:
( 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: HW01 ; sol1 ; Hw01-sol ;  01-04.asc HW02 ; sol2 ; Hw02-sol ;
02-04.asc ; 02-05.asc ; 02-05c.asc HW03 ; sol3 ; Hw03-sol ;
03-01.asc ; 03-02.asc ; 03-03.asc HW04 ; sol4 ; Hw04-sol ;
04-01.asc ; 04-01-13.asc ; Q3-4 ; Q3-4 ; HW05 ; sol5-Q5 ; sol5-Q5 ;
05-01-20.asc ; HW06 ; sol6 ; Hw06-sol ; Q6 ; Q6 ; HW07 ; sol7 ; Hw07-sol ;
07-06-2a.asc ; HW08 ; sol8 ; Hw08-sol ;
08-01.asc ; 08-02.asc ; 08-d.asc ; HW09 ; sol9 ; Hw09-sol Q10 ; Q10 ; HW10 ; sol10 ; Hw10-sol HW11 ; sol11 ; Hw11-sol
Extra Homeworks: ExtHw01 ;
solution ;
 board ; Ext01-01.asc ; ExtHw02 ; ExtHw02-solWhen everything was virtual!  Lectures: ( 
Google Drive ) Lecture01.webm (
 Lecture01
) Introduction Lecture02
( Lecture02
) Review, Amplifiers Lecture03
( Lecture03
) Amplifiers2 Lecture04
( Lecture04
) Other concepts Lecture05
( Lecture05
) OpAmp Review Lecture06
( Lecture06
) Diodes Lecture07
( Lecture07
) Rectifier, power supply Lecture08
( Lecture08
) Small-signal , Regulator Lecture09
( Lecture09
) From Atom to Transistor1 Lecture10
( Lecture10
) From Atom to Transistor2 Lecture11
( Lecture11
) Junction Diode, BJT Lecture12
( Lecture12
) BJT as trans-conductance Amplifier Lecture13
( Lecture13
) BJT Biasing Lecture14
( Lecture14
) BJT Small Signal Model Lecture15
( Lecture15
) Common Emitter Lecture16
( Lecture16
) Common Collector Lecture17
( Lecture17
) Common Base - PNP small signal Lecture18
( Lecture18
) Early Voltage - Voltage swing Lecture19
( Lecture19
) Biasing - Review Practices Lecture20
( Lecture20
) Small Signal - Review Practices Lecture21
( Lecture21
) Multi Stage Amplifiers Lecture22
( Lecture22
) Operation of MOSFET Lecture23
( Lecture23
) MOSFET large/small signal model Lecture24
( Lecture24
) MOS Amplifier Lecture25
( Lecture25
) MOS Amplifier Topologies Lecture26
( Lecture26
) MOS Circuit ExamplesSimilar Course at Other Schools! Berkeley1 ; Sharif (P of Elec) GaTech ; Gatech2 Texas A&M UIC (2) UCSB UCSD New Mexico Houston Notre Dame Gonzaga Washington State Worcester Ploy Useful Links:
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