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Analog Integrated Circuits

Analysis and design of analog integrated circuits. Properties, modeling and analysis of bipolar and field effect transistor circuits commonly found in analog integrated circuits are discussed. Topics include high frequency effects, multistage circuits, active loads, output stages, and the design of a complete integrated circuit operational amplifier.


Course Topics

Analog Circuits Review
Introduction to Analog Integrated Circuits
Semiconductor Device Physics
Depletion Region of a pn Junction
Large Scale Behavior of BJTs
Small Scale Behavior of BJTs

Two Port Models
Common Emitter Amplifier
Common Collector Amplifier
Common Base Amplifier
Cascode Amplifier
The Darlington Amplifier
Emitter Coupled Pairs

Transistor Current Sources
Widlar Current Source
Wilson Current Source
Active Loads
Differential Pair with Active Loads
Emitter Follower Output Stage
Class B Push Pull Output Stage
Operational Amplifiers

DC Analysis of 741 Op-Amp
AC Analysis of 741 Op Amp
Single Stage Frequency Response
3dB Response of 741 Op-Amp
Integrated Circuit Fabrication, IC Fab. Processes
Bipolar IC Fab
MOS IC Fab
BICMOS


Homework



Exams & Tests

Exam 1: Analog Circuits Review
 Exam 2: IC, BJT, Small Signal Amplifiers


Quizes

Quiz 1: Physical Properties

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