- Types of FET
- MOS as Transister (MOSFET)
- Introduction to BJT, FET and MOSFET
- Depletion Type of MOSFET
- MOS Theory
- Construction and Working of Enhancement Type MOSFET
- Current Equations of MOSFET
- Biasing of MOSFET Transistor
- DC Analysis of MOSFET
- Steps for Numericals on DC Analysis of MOSFET
- DC Analysis of MOSFET - Problem 1
- DC Analysis of MOSFET - Problem 2
- DC Analysis of MOSFET - Problem 3
- DC Analysis of MOSFET - Problem 4
- DC Analysis of MOSFET - Problem 5
- DC Analysis of MOSFET - Problem 6
- AC Analysis of MOSFET
- Steps of AC Analysis MOSFET
- Example No.1 AC Analysis with CS Mode
- AC Analysis of MOSFET Numericals : Example 2
- AC Analysis of MOSFET Numericals : Example 3
- AC Analysis of MOSFET Numericals : Example 4

- Concept of Multistage Amplifier
- Types of Coupling in Multistage Amplifier
- Frequency Response of Multistage Amplifier
- Cut off Frequencies for N-Stage Amplifier
- Millers Theorem
- Low Frequency Analysis with Cut off Frequency
- High Frequency Response With Cut off Frequency
- Low Frequency Response of BJT
- Low Frequency Response of FET
- High Frequency Response of BJT
- High Frequency Response of FET
- AC analysis for CS-CS Multistage Amplifier
- Low Frequency Response of CS-CS Multistage Amplifier
- High Frequency Response of CS-CS Multistage Amplifier
- AC analysis for CE-CE Multistage Amplifier
- Low Frequency Response of CE-CE Multistage Amplifier
- High Frequency Response of CE-CE Multistage Amplifier
- AC Analysis for CS-CE Multistage Amplifier
- Low Frequency Response of CS-CE Multistage Amplifier
- High Frequency Response of CS-CE Multistage Amplifier
- Effect of Bypass Capacitor
- Problem no 1 Based on CE-CE Multistage Amplifier
- Problem 2 Based on Low Frequency Response of CE-CE Amplifier
- Problem 3 Based on High Frequency Response of CE-CE Amplifier
- Problem 4 Based on AC Analysis of CS-CS Amplifier
- Problem 5 Based on Low Frequency Response of CS-CS Amplifier
- Problem 6 Based on High Frequency Response of CS-CS Amplifier
- Problem 7 Based AC Analysis of CS-CE Multistage Amplifier
- Problem 8 Based on Low Frequency Response of CS-CE Multistage Amplifier
- Problem 9 Based on High Frequency Response of CS-CE Multistage Amplifier
- Cascode Amplifier(BJT) : DC Analysis
- Cascode Amplifier(BJT) : AC Analysis
- Cascode Amplifier(BJT) : Cut off Frequency
- Cascode Amplifier(FET) : DC Analysis
- Cascode Amplifier(FET) : AC Analysis
- CC-CC Mode Multistage Amplifier (Darlington Pair Amplifier)
- Problem on Darlington Pair Amplifier
- Problem on Cascode Amplifier
- Effect of Source and Load Resistance on Amplifier
- Design Steps for Amplifier
- Design Steps of Amplifier II
- Design Steps of Amplifier III
- Design Example 1 Based on CS-CS Multistage Amplifier
- Design Example 2 Based on CE-CE Multistage Amplifier
- Design Example 3 Based on CS-CE Multistage Amplifier

- Concept of Power Amplifier
- Classification of Power Amplifier
- Class A Power Amplifier : RC Coupled
- Class A Power Amplifier Transformer Coupled
- Class B Power Amplifier : Push Pull Transformer Amplifier
- Class B Power Amplifier : Complementary Symmetry Push Pull Amplifier
- Harmonic Distortion
- Class AB Power Amplifier
- Class C Power Amplifier
- Problem 1 on Class A Power Amplifier
- Problem 2 on Class A Power Amplifier
- Problem on Class B Power Amplifier
- Design on Class B Power Amplifier
- Problem on Class C Power Amplifier
- Comparative Analysis of Power Amplifier

- Concept of Negative Feedback
- Characteristics of Negative Feedback
- Classification of Negative Feedback Amplifier
- Classification of Feedback Topologies
- Analysis of Voltage Series Negative Feedback
- Analysis of Voltage Shunt Negative Feedback
- Analysis of Current Series Negative Feedback
- Analysis of Current Shunt Negative Feedback
- Effect of Feedback on Bandwidth of Amplifier
- Effect of Feedback on Nonlinear Distortion
- Shortcut Steps for Problems on Negative Feedback
- Problem 1: Based on Negative Feedback
- Problem 2 Based on Negative Feedback
- Problem 3: Based on Negative Feedback
- Comparative Analysis of Feedback Topologies

- Concept of Oscillators
- Barkhausen Criteria
- Classification of Oscillators
- RC Phase Shift Oscillator (using BJT)
- RC Phase Shift Oscillator(using FET)
- Twin -T Oscillators
- Wein Bridge Oscillators
- Tank Circuit
- LC Oscillator
- Colpitts Oscillator
- Hartley Oscillator
- Clapps Oscillator
- Crystal Oscillator
- Problem 1 : on RC Phase Shift Oscillator
- Problem 2 : on Wein Bridge Oscillator
- Problem 3 : on LC Oscillator
- Design 1: RC Phase Shift Oscillator
- Design 2: Wein Bridge Oscillator

Professor Soman Prasad has more than eight years of proficiency in the teaching field and holds Master's degree in Engineering with EXTC as his branch of expertise. EDC, Digital System Design, Control System, Signal and System and VLSI are primary subjects of his teaching. As a professional teacher, he is caring and passionate, about providing engaging and challenging learning experiences. His major aim is to assist, encourage, and support students to achieve their learning goals. His patience and sound knowledge of the concerned subject and kind nature towards his students makes him different from the rest.

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