- Module 1: Device Physics 4
- Semiconductor Basics CopyLecture1.1
- MosFet, BJT & Diode Basics CopyLecture1.2
- Small Signal Models CopyLecture1.3
- Short Channel Effects CopyLecture1.4
- Module 2: Cadence Tool Introduction 3
- Schematic Capture Introduction CopyLecture2.1
- Different Analysis Introduction CopyLecture2.2
- Running Simulations introduction CopyLecture2.3
- Module 3: Single stage Amplifiers Design 2
- Common Source, Common Gate & Source Follower Designs CopyLecture3.1
- Cascode stages Design CopyLecture3.2
- Module 4: Differential Amplifiers Design 3
- Sigle Ended Vs Differential Design CopyLecture4.1
- Current Mirrors CopyLecture4.2
- Differential Amplifier Analysis CopyLecture4.3
- Module 5: Feedback Techniques 2
- Different Feed back Topologies CopyLecture5.1
- Feedback practical application CopyLecture5.2
- Module 6: Stability 2
- Stability Analysis & Frequency compensation CopyLecture6.1
- Compensation of Feedback systems CopyLecture6.2
- Module 7: Operational Amplifiers Design 2
- Module 8: Voltage Regulators Design 2
- Voltage Regulator Concepts CopyLecture8.1
- Low Drop out regulator design CopyLecture8.2
- Module 9: Bangap References 2
- Temperature Independent References Concepts CopyLecture9.1
- Bandgap Reference Design CopyLecture9.2
- Module 10: Oscillators 2
- Positive Feedback Concepts CopyLecture10.1
- Oscillator Design – Ring & VCO CopyLecture10.2
- Module 11: Phase Locked Loops 2
- PLL concepts CopyLecture11.1
- PLL Design CopyLecture11.2
- Module 12: Data Converters 2
- Data Converter Concepts CopyLecture12.1
- Data Converters Deisgn – Flash, SAR CopyLecture12.2
- Module 13: Mini Project 1
- Industry standard Mini Project CopyLecture13.1
- Module 14: Mock Interviews & Personality Improvement 1
- Mock Interviews & Personality Improvement CopyLecture14.1
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MosFet, BJT & Diode Basics Copy
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