ECE 2EI4 - Detailed Course Outline with
Lecture Notes
Please click on
the lecture number to download the notes.
|
Date |
Lecture |
Description |
|
Jan. 5 |
Introduction
to ECE2EI4 |
|
|
Jan. 6 |
PSpice
Tutorial |
|
|
Jan. 7 |
Introduction
to Electronics |
|
|
Jan 9 |
Analog System: Fourier Series, Amplifier,
g-parameters |
|
|
Jan 12 |
Analog
Systems: h-
y- and z-parameters, Voltage / Current Amplifiers, |
|
|
Jan 14 |
Analog
Systems: Low
Pass / High Pass Amp, Band Pass / Narrow Band / Band Rejection / All-Pass Amp |
|
|
Jan 16 |
Op Amp: Non-Inverting Amp,
Voltage Follower, Low-Pass Filter, Integrator, Two-Port Representations,
Non-Ideal Non-Inverting Amp, Gain Error |
|
|
Jan 19 |
Op Amp: Non-Zero Output /
Finite Input Resistance, Input Resistance for Inverting Amp, Finite CMRR,
Voltage Follower Gain Error due to CMRR, PSRR |
|
|
Jan 21 |
Op Amp: DC Error Sources
(Input Offset Voltage, Input Bias Offset Currents), Output Voltage and
Current Limits |
|
|
Jan 26 |
Semiconductor
Basics: Intrinsic materials, Doping, current mechanisms in
semiconductors |
|
|
Jan 28 |
|
Review and First
Quiz |
|
Jan 30 |
Diodes:
Introduction to pn junction physics, Background Information and Physical
Models of Diodes , pn junction electrostatics, PN Junction Capacitance,
Schottky Barrier Diode DC Electrical Characteristics, Diode Current
(Mathematical Model) |
|
|
Feb 2 |
Diodes: Diode Temperature
Coefficient, Diode Breakdown Under Reverse Bias, Diode Circuit Analysis (Graphical
analysis using load line), Diode Circuit Analysis (Analysis with Mathematical
model of diode, Simplified analysis using ideal diode model, Simplified
analysis using constant voltage drop model). |
|
|
Feb 4 |
Diodes: Circuit analysis,
Zener Voltage Regulator Circuit, Limiter or Clipper Circuits |
|
|
Feb 6 |
Diodes: More on Zener
regulation, Waveforming circuits, half-wave rectifiers |
|
|
Feb 9 |
FET: Characteristics of
MOS Capacitor, Structure / Cross-Section of MOS Transistor, Symbol of
NMOSFET, Linear Region Characteristics |
|
|
Feb 11 |
FET: I-V Characteristics
of NMOSFET in Linear Mode, Saturation of the I-V Characteristics, Channel
Length Modulation, Summary of NMOSFET Mathematical Model Expressions,
Depletion Mode MOSFET |
|
|
Feb 13 |
FET: Body-Effect or Substrate
Sensitivity, Summary of PMOSFET Mathematical Model Expressions, Symbol of
PMOSFET, Biasing the MOSFET |
|
|
Feb 16-20 |
-- |
Mid-Term
Recess |
|
Feb 23 |
Discussion of Experiment 3 |
|
|
Feb 25 |
FET: Electronic Current
Source, Capacitance in MOS Transistors (Linear / Saturation / Cut-Off Region) |
|
|
Feb 27 |
|
Quiz 2 |
|
Mar 1 |
Introduction to SS Modeling: SS Modeling of the diode, definition of SS model,
current-controlled attenuator example |
|
|
Mar 3 |
SS Modeling
and Linear Amplification - FETs: SS Model of MOSFET, Amplification Factor, Definition of
SS Operation of MOSFET, Body-Effect in Four-Terminal MOSFET, Summary of
MOSFET SS Parameters |
|
|
Mar 5 |
SS Modeling
and Linear Amplification - FETs: Coupling and Bypass Capacitors, Circuit Analysis (dc and
ac equivalent circuits), CS Amp (with DC and AC analysis), Rule-of-Thumb for
CS Amp, CS Voltage Gain (Upper Bound), Input / Output Resistance of CS Amp |
|
|
Mar 8 |
SS Modeling
and Linear Amplification - FETs: Example of CS Amp |
|
|
Mar 10 |
CMOS Logic Design: CMOS Inverter,
Static Characteristics of CMOS Inverter, Noise Margins for CMOS Inverter |
|
|
Mar 12 |
CMOS Logic
Design: Dynamic
Behavior of CMOS Inverter, Static and Dynamic Power Dissipation in CMOS, CMOS
NOR and NAND Gates, MOS Transmission Gate |
|
|
Mar 15 |
|
Review and Third
Quiz |
|
Mar 17 |
BJT: Physical Structure
of BJT, Simplified Cross-Section of npn BJT, Idealized npn BJT and Circuit
Symbol, Forward / Reverse Characteristics, Full-Transport Model Equations,
pnp Transistor, Operating Regions of Bipolar Transistor |
|
|
Mar 19 |
BJT: I-V
Characteristics of BJT (CE / CB Output Characteristics), CE Transfer
Characterisitc, Minority Carrier Transport in Base Region (Base Current, Base
Transit Time) |
|
|
Mar 22 |
BJT: Diffusion
Capacitance, Model Simplifications for Forward-Active Region, Frequency
Dependence of CE Current Gain, Transconductance, Modeling in Saturation
Region, Early Effect and Early Voltage, Modeling and Origin of the Early
Effect |
|
|
Mar 24 |
BJT: Biasing the BJT,
Design Objective for Four-Resistor Bias Network, Basic Current Mirror,
Two-Resistor Bias Circuit |
|
|
Mar 26 |
SS Modeling
and Linear Amplification - BJTs: SS Model of BJT, SS Current Gain, Amplification Factor,
Equivalent Forms of SS Model, Definition of SS for BJT, Summary of BJT SS
Parameters, SS Model for pnp BJT |
|
|
Mar 29 |
|
Lab Test |
|
Mar 31 |
Small Signal Modeling-BJTs: An Example |
|
|
Apr 2 |
Review |
|
|
Apr 5 |
|
Review |
|
Apr 7 |
|
Review |
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