Electronics 3
To provide information of the CMOS technology. the course will cover digital CMOS and ANALOG CMOS
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Syllabus and Schedule
CMOS inverter: Noise margin, propagation delay, power
dissipation,
CMOS
combinational circuits:
Static design, Transistor Logic circuits, CMOS transmission gates, dynamic
logic circuits
CMOS sequential
circuits: latches, flip-flops,
counters, finite state, non bi-stable CMOS circuits, domino CMOS logic
NMOS inverter: noise margin, propagation delay, power
dissipation, NMOS and CMOS gate circuits
IC processing: post processing, processing economics, design
of basic IC building blocks
Introduction to analog
VLSI: device modeling
basic analog building blocks, frequency response, stability and frequency
compensation, operational amplifiers, noise , voltage
and current references
Resources
Recommended Refrences
- Text Books: Microelectronic Circuits, Sixth Edition, by Adel S. Sedra and Kenneth C. Smith
- Additional text book: Microelectronic circuits analysis and design, Fourth Edition, by Donald Neamen
- Additional text book: Microelectronic circuits analysis and design solution manual, Fourth Edition, by Donald Neamen
- Additional text book: Electronic Principles, Eighth Edition, by Albert Malvino
- Online simulator: Partsim
- Fabrication process: silicon run movie
Exams and Assignments
Lecture Notes and Readings
week |
Topic |
LN |
1 |
Revision |
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2 |
Introduction to MOSFET transistor |
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3 |
CMOS inverter |
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4 |
Noise margin, propagation delay, power dissipation |
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5 |
CMOS combinational circuits: Static design, Transistor Logic
circuits, CMOS transmission gates, dynamic logic circuits |
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6 |
CMOS sequential circuits: latches, flip-flops + Quiz |
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7 |
Midterm |
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8 |
counters, finite state, non bi-stable CMOS circuits, domino CMOS
logic |
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9 |
NMOS inverter: noise margin, propagation delay, power
dissipation |
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10 |
IC processing, post processing + Quiz2 |
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11 |
processing economics, design of basic IC building blocks |
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12 |
Introduction to analog VLSI , device modeling basic analog
building blocks, |
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13 |
frequency response, stability and frequency compensation, |
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14 |
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