CMOS Circuit Design – I
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Follow on Instagram for UpdatesCMOS Circuit Design – I Syllabus — Unit-wise Content
The official GTU curriculum for CMOS Circuit Design – I (subject code 2720511) as prescribed for EAC( · Semester 2 divides the course into 9 units, covering 50 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (2720511)Unit 1 Introduction to CMOS Digital Circuit Design
- Issues in Digital Integrated Circuit Design
- MOSFET Transistor Overview
- Process Variations
- Future Device Developments
- Concept of Static and Dynamic CMOS Circuits
- Power Consumption and Power-Delay Product in Static CMOS Inverter
- Effects of Technology Scaling on the Performance of CMOS Inverter
- Power Consumption in CMOS Gates
Unit 2 CMOS Arithmetic Circuits
- Datapaths in Digital Processor Architectures
- Various Adder Circuits
- Other Arithmetic Operators
- Power Considerations in Datapath Structures
- Perspective – Design as a Trade- off
Unit 3 Introduction to CMOS Analog Circuit Design
- Introduction to Analog Design
- Basic MOS Device Physics – General Consideration
- MOS I/V Characteristics
- Second-Order Effects
- MOS Device Models
Unit 4 Single-Stage Amplifiers
- Basic Concepts
- Common-Source Stage
- Source Follower
- Common- Gate Stage
- Cascode Stage – Folded Cascode
Unit 5 Differential Amplifiers
- Single-Ended and Differential Operation
- Basic Differential Pair
- Common-Mode Response
- Differential Pair with MOS Loads
- Gilbert Cell
Unit 6 Passive and Active Current Mirrors
- 5 Basic Current Mirrors
- Cascode Current Mirrors
- Active Current Mirrors
Unit 7 Frequency Response of Amplifiers
- General Considerations
- Common-Source Stage
- Source Followers
- Common-Gate Stage
- Cascode Stage
- Differential Pair
Unit 8 Operational Amplifiers
- General Considerations
- One-stage Op Amps
- Two-Stage Op Amps
- Gain Boosting
- Common-Mode Feedback
- Input Range Limitations
- Slew Rate
- Power Supply Rejection
- Noise in Op Amps
Unit 9 Stability and Frequency Compensation
- Multipole Systems
- Phase Margin
- Frequency Compensation
- Compensation of Two-Stage Op amp, Other Compensation Techniques
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