525.775.8VL2 - RF & Microwave Circuits II

Lecture	Date	Topic	Homework Topics
1	Jan 23	Active Devices, FETs, Gain, etc.
2	Jan 30	Active Devices, Matching & Models	HW1 – linear model
3	Feb 6	General Purpose Amplifier	HW2 – GPA
4	Feb 13	Low Noise Amplifier	HW3 - LNA
5	Feb 20	Power Amp (Cripps)	HW4 - PA
6	Feb 27	ADS/MWO Non Linear—Simulate PA	HW5 – ADS/MWO
7	Mar 6	Oscillators	HW6 - VCO
8	Mar 13	Office Hours              (Lab 1 – LNA, PAmp Measurements)*
X	Mar 20	Break
9	Mar 27	Broadband Amplifier Techniques (Feedback & Bal Amp) & X2 (Lab 1)
10	Apr 3	Discuss Projects         (Lab 2 – Oscillators)*
11	Apr 10	Antennas, Communications Systems (Lab 2)
12	Apr 17	Other Circuits (Class A/AB/C/F?)
13	Apr 24	Intro to MMIC
14	May 1	Final Projects Due

• Active Devices, FETs, Gain, etc.                           
• Active Devices, Matching & Models        
• General Purpose Amplifier                        
• Low Noise Amplifier                                  
• Power Amp (Cripps)                                   
• ADS/MWO Non Linear—Simulate PA               
• Oscillators                                                                  
• Broadband Amp Techniques (Feedback & Bal Amp) & X2 
• Discuss Projects       
• Antennas, Communications Systems 
• Other Circuits (Class A/AB/C/F?)
• Intro to MMIC

• Understand Active Devices and be able to design amplifiers, and oscillators.
• Appreciate the design tradeoffs for power, noise figure, gain, match, and stability.
• Appreciate linear versus non-linear simulations (ADS & MWO).
• Understand the importance of DC biasing amplifiers and its affect on RF matching and performance.
• Get a basic understanding of how active circuits are used in systems.

• Understand Active Devices and be able to design amplifiers, and oscillators.
• Appreciate the design tradeoffs for power, noise figure, gain, match, and stability.
• Appreciate linear versus non-linear simulations (ADS & MWO).
• Understand the importance of DC biasing amplifiers and its affect on RF matching and performance.
• Get a basic understanding of how active circuits are used in systems.

David Pozar Microwave Engineering (recommended, not required)

MWO or ADS CAD tool.  See instructions online and note discussions in class.

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30% H W and 20% Labs, 50% Final Project

                        10% penalty per week for late homework

                        A=90-100, B=80-89

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A=90-100, B=80-89

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