Lecture 1 : Introduction

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Lecture 2: Reflection Coefficient,VSWR,Smith Chart

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Lecture 3: Reflection Coefficient,VSWR

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Lecture 4 : Smith Chart

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Lecture 5 : Application of the Smith Chart

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Lecture 6 : Microwave Components

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Lecture 7 : Broadband Impedance Matching

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Lecture 8 : Multi-section transformer

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Lecture 9 : Maximally flat (binomial) transformer, Chebyshev transformer

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Lecture 10:Non-uniform transmission line(Tapers)

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Lecture 11: Scattering Parameters

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Lecture 12: Properties of Scattering Parameters

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Lecture 13:Properties of Scattering Parameters (contd.)

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Lecture 14: Signal flow graph, ABCD parameters

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Lecture 15: 1 and 2 Port passive Components

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Lecture 16: 3 Port Microwave Components

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Lecture 17: Couplers

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Lecture 18: Coupled Line Couplers

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Lecture 19: Resonators and narrow band filters

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Lecture 20: Narrow-band filters

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Lecture 21: Filter design: Image parameter method, Insertion loss method

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Lecture 22 : Filter synthesis, Kuroda’s Identity

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Lecture 23 : Impedance Matching Circuits for Amplifiers

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Lecture 24 : Microstrip Matching(contd.),Masons Rule,Power Gain Equations

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Lecture 25 : Amplifier Gain Stability

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Lecture 26 : Amplifier Gain Stability(Contd.)

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Lecture 27 : Gain Circles

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Lecture 28 : Gain Circles(contd.)

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Lecture 29 : Noise

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Lecture 30 : Noise Figure Circles(contd.)

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Lecture 31 : DC Bias

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Lecture 32 : Amplifier Classes,Frequency Compensation

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Lecture 33 : Linearity

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Lecture 34 : Oscillator Design

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