EE 5348 Spring 2011 In this day of wireless communication, more interest has been generated in circuit design techniques that are applicable to 800 - 2000 MHz band where most of the cellu- lar communication bands are located. The RF design course is designed to address the special techniques that are required for building circuits at these frequencies. Among the topics that are expected to be covered are resonance, impedance transformation, small signal amplifiers, oscillators, mixers, phase locked loops, transmission line transformers, and power amplifiers. Students will be able to design an active circuit using the Agilent program called ADS (Advanced Design System) on the unix work stations. The purpose of the course is to provide tools to engineers that are or will be active in hardware design of circuits in the RF frequency range. Text: Radio Frequency Circuit Design, 2nd Ed. W. A. Davis, Reference: Solid State Radio Engineering, H. L. Krauss, C. W. Bostian, F. H. Raab Time: Mon. Wed. 4:00 PM - 5:20 PM, Room 108 NH Chapter Topic 1 Communication Channel 2 Resistors, Capacitors, and Inductors 3 Resonance and Impedance Transformation 4 Mulitports, Transmission Lines, and S Parameters 8, Small-Signal Amplifiers Project Assignment Notes Advanced Design System 7 Noise 5 Filter Approximation 6 Transmission Line Transformers 9 RF Power Amplifiers 10 Oscillators 11? Mixers Computer software that you will be using includes Advanced Design System (ADS) on the Unix gamma computer system. Documentation available on line. Grading Homework 10% 2 - 1 hour exams each 20% Computer Project 20% Final Exam 30% Spring Vacation: March 154 - 18 Last Day of Class: May 6, 2010 Final Exam: Wed. May 11, 2:00 - 4:30 Class web page?: http://www-ee.uta.edu/online/adavis/ee5348 Software/ http://www-ee.uta.edu/online/adavis/rfsoftware Alan Davis, Room 542 Nedderman Hall, email address: [email protected]

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EE 5348

Spring 2011

In this day of wireless communication, more interest has been generated in circuitdesign techniques that are applicable to 800 - 2000 MHz band where most of the cellu-lar communication bands are located. The RF design course is designed to address thespecial techniques that are required for building circuits at these frequencies. Among thetopics that are expected to be covered are resonance, impedance transformation, smallsignal amplifiers, oscillators, mixers, phase locked loops, transmission line transformers,and power amplifiers. Students will be able to design an active circuit using the Agilentprogram called ADS (Advanced Design System) on the unix work stations. The purposeof the course is to provide tools to engineers that are or will be active in hardware designof circuits in the RF frequency range.

Text: Radio Frequency Circuit Design, 2nd Ed. W. A. Davis,Reference: Solid State Radio Engineering, H. L. Krauss, C. W. Bostian, F. H. RaabTime: Mon. Wed. 4:00 PM - 5:20 PM, Room 108 NH

Chapter Topic

1 Communication Channel2 Resistors, Capacitors, and Inductors3 Resonance and Impedance Transformation4 Mulitports, Transmission Lines, and S Parameters8, Small-Signal Amplifiers

Project AssignmentNotes Advanced Design System7 Noise5 Filter Approximation6 Transmission Line Transformers9 RF Power Amplifiers10 Oscillators11? Mixers

Computer software that you will be using includes Advanced Design System (ADS) on theUnix gamma computer system. Documentation available on line.

Grading

Homework 10%2 - 1 hour exams each 20%Computer Project 20%Final Exam 30%

Spring Vacation: March 154 - 18Last Day of Class: May 6, 2010Final Exam: Wed. May 11, 2:00 - 4:30Class web page?: http://www-ee.uta.edu/online/adavis/ee5348Software/ http://www-ee.uta.edu/online/adavis/rfsoftware

Alan Davis, Room 542 Nedderman Hall, email address: [email protected]