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Scope of the Course-ware
This course material has been developed to supplement the
the discussions during the lectures in class. You can use this
as the principal reference material. However, this course
material is not a text book. You may still want to read up
some of the books listed in the reference list to gain more
insight or to get alternate explanation for a given topic.
Note: The emphasis in this course is to designs analog circuits
on a digital CMOS technology. Some of the discussions should
be viewed and appreciated with this context in mind.
List of Reference books
Due to the advent of mixed signal SOCs, numerous books
have been published on Analog Design. A partial list :
1. Analog CMOS Design
Razavi, McGraw Hill Publication
2. CMOS: Circuit Design, Layout , and Simulation
Boise, Baker, Lee, Prentice Hall Publication
3. Analog VLSI : Signal and Information Processing
Ismail and Feiz, McGraw Hill Publication
4. Analysis and Design of Analog Integrated Circuits
Gray and Meyer, Wiley Publication
Topics covered
•CMOS versus Bipolar Implementation
•The Sub-micron MOS Transistor for Analog Design
•Small signal parameters for MOSFET
Cut-off frequency, Concept of Poles and Zeros, Miller approximation
•Single stage Amplifiers
Common source, Common gate, Source follower, Cascode
•Current Mirror
CascodeCurrent Mirror, Wilson Current Mirror, Regulated Cascode
•Layout issues
•BandgapVoltage Reference
•Differential Amplifier
•Gilbert Cell
•Design of 2 stage CMOS OPAMP
Differential to Single ended conversion, DC and AC response
Frequency Compensation, Pole Splitting, Zero Cancellation
•OPAMP Performance Metrics
Slew rate, CMRR, Offset, Noise …
•Output Stage
•OTA and OPAMP Circuits
•Sample and Hold
•Switched Capacitor Circuits
•Comparator
•Sense Amplifier
Voltage SA, Current SA, Latch type SA, Gain bandwidth analysis
•Impact of mismatch on Analog design
Offset effects in Sense Amplifier
•Statistical Design and Simulation
•Alternate Device Gallery for Low Voltage Low Power Analog Design
Wide common range OPAMP
Bulk driven OPAMP
Lateral BJT in CMOS Technology
Sub-threshold operation of MOSFET : Neural Network Application
Floating Gate transistor as analog memory
[ 本帖最后由 benemale 于 2007-11-21 20:57 编辑 ] |
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