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Department of Engineering
Australian National University
ENGN2211
Electronic Circuits & Devices
Lecture Notes
M.R. James
V1.3
Copyright 2002 ANU Engineering
Contents
Introduction
About These Notes
Notation
Things You Should Know
Basic Circuit Theory
Basic Electronics
Maths
Appendix: Differential Equations
Appendix: Complex Numbers
Amplfiers and Feedback
What is an Amplifier?
Feedback
Analysis of Negative Feedback
Opamp Circuit Analysis
Opamps
Saturation
Opamp Circuit Configurations
An Opamp Model
Negative Feedback and Opamps
Virtual Model for Opamps in Negative Feedback Circuits
Common Opamp Circuits
Noninverting Amplifier
Voltage Follower
Inverting Amplifier
Adder
Integrator
Oscillator
Audio Amplifier
Transient Analysis
Capacitors and Inductors
Capacitors
Continuity Principle
Energy
Inductors
Continuity Principle
Energy
s
-Domain Notation - Laplace Transforms
Definitions and Some Properties
LT Pairs Summary
s
-Domain Capacitors and Inductors
Impedance
First Order Dynamic Analysis
Solution via Differential Equations
DE Method Summary
s
-domain Method
s
-domain Method Summary
Second Order Dynamic Analysis
Series RLC
General
AC Analysis
Preamble
Phasors
Definition
Impedances
Circuit Analysis
AC Power
Basic Definitions
RMS Values
Complex Power
Maximum Power Transfer
Frequency Response
Transfer Functions
Frequency Response
Bode Diagram
Filters
Resonance
Active Filters
Two Port Networks
Two Port Network Models
Impedance Parameters
Hybrid Parameters
Example
Transformers
Basic Equations
Impedance Parameter Model
T Model
Example
Diode Circuits
Diodes
Construction:
pn
Junction
Operation
Models
Nonlinear Model
Ideal Model
Practical Model
Complex Model
Diode Circuits
Using the Nonlinear Model
Using the Practical Model
Using PSpice
Rectifiers
Half-Wave Rectifiers
Full-Wave Rectifiers
Capacitor Filters
Other Types of Diodes
BJT Transistor Circuits
BJT Transistors
Construction and Operation
BJT Characteristics
Collector Characteristic Curves
Total, DC and AC Currents and Voltages
DC Model and Parameters
AC Model and Parameters
Introductory BJT Circuits
The Transistor as a Switch
The Transistor as an Amplifier
DC Bias
Small Signal Amplifier
DC Bias Analysis
AC Analysis
AC Load Line
Effect of the Load
Effect of the Source
Effect of the Bypass Capacitor
FET Transistor Circuits
FET Transistors
JFET Construction and Operation
MOSFET Construction and Operation
FET Characteristics
JFET
MOSFET
FET Models
DC Models
AC Model
Introductory FET Circuits
Switch
Amplifier
DC Bias
JFET Biasing
D MOSFET Bias
E MOSFET Bias
Small Signal Amplifiers
Digital Devices
Digital Gates and Logic
Gate Characteristics
Currents and Voltages
Noise Margin
Fan Out
Propagation Delays
Power
Speed-Power Product
Common TTL and CMOS Logic Gates
TTL
CMOS
Gate Outputs
Open-Collector
Tri-state Gates
Digital Logic
Boolean Algebra
Boolean Variables
Boolean Functions
Theorems of Boolean Algebra
De Morgan's Laws in Terms of Gates
Boolean Functions and Digital Circuits
Universality of NAND and NOR
Asserted Levels
Alternative Logic Gate Representations
Canonical Forms
Simplification and Implementation of Boolean Functions
Direct Implementation
Karnaugh Maps (K-Maps)
Entered-Variable K-Maps
Computer Methods
Hazards
MSI and Other Digital Devices
Standard MSI Combinational Components
Decoders and Encoders
Multiplexers and Demultiplexers
Other
Flip Flops and Related Devices
Flip Flops
Counters
Programmable Devices
CLB (configurable logic blocks)
IOB (input - output blocks)
Programmable Interconnects
Programming FPGAs
References
Index
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