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EECS 723: Class Outline

 

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 Review: Linear Systems Theory

 

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 Chapter 2: Transmission Line Theory

 

2.1     The Lumped Element Circuit Model

 

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2.3  The Terminated Lossless Transmission Line

 

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2.4   The Smith Chart

 

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Get your Smith Charts here!

 

 Click here to see the complex impedance plane
get mapped onto the complex G plane  (from www.fi.uba.ar/materias/6644/info/anredes/avanzado)

 

 

2.5   The Quarter Wave Transformer

 

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2.6   Generator and Load Mismatch

 

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2.7       Lossy Transmission Lines

 

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Chapter 3 – Transmission Lines and Waveguides

 

 

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   3.5   Coaxial Line

 

  3.7   Stripline

 

  3.8   Microstrip

      

  3.11  Summary of Transmission Lines and Waveguides

 

      

Chapter 4 – Microwave Network Analysis

 

   4.2   Impedance and Admittance Matrices

 

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4.3       The Scattering Matrix

 

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 4.4   The Transmission (ABCD) Matrix

 

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4.5   Signal Flow Graphs

 

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Chapter 5 – Impedance Matching and Tuning

 

5.1       Matching with Lumped Elements

 

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5.2       Single-Stub Tuning

 

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5.3       Double-Stub Tuning

 

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5.4       The Quarter-Wave Transformer

 

 

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5.5       The Theory of Small Reflections

 

 

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5.6       Binomial Multisection Matching Transformers

 

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5.7       Chebyshev Multisection Matching Transformers

 

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5.8       Tapered Lines

 

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     Design Project

 

     Design Project #1 Description

 

ADS Explained Part 1

ADS Explained Part 2

 

Design Template

Display Template

    

 

 

Chapter 7 – Power Dividers and Directional Couplers

 

7.1       Basic Properties of Dividers and Couplers

 

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7.2       The T-Junction Power Divider

 

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7.3       The Wilkinson Power Divider

 

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7.5   The Quadrature Hybrid

 

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7.6           Coupled-Line Directional Couplers

 

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Design Project

 

Design Project #2 Description

 

Design Project #2 Report Format

 

 

7.8   The 180o Hybrid

 

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Chapter 8 – Microwave Filters

 

8.3       Filter Design by the Insertion Loss Method

 

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8.4       Filter Transformation

 

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8.5       Filter Implementation

 

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8.6       Stepped-Impedance Low-Pass Filters

 

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 Design Project

 

Design Project #3 Description

 

 

Chapter 10 – Noise and Active RF Components

 

10.3   RF Diode Characteristics

 

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10.4       RF Transistor Characteristics

 

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10.5   Microwave Integrated Circuits

 

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Chapter 11 – Microwave Amplifier Design

 

11.1       Two-Port Power Gains

 

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11.2       Stability

 

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11.3       Single-Stage Transistor Amplifier Design

 

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Chapter 12 – Oscillators and Mixers

 

12.6   Mixers