EE 321 Analog ElectronicsCourse title:Analog ElectronicsInstructor:Dr. Anders M. JorgensenWorkman 227Phone: 505-835-5450e-mail: [email protected] hours:Monday, Wednesday, Friday 11:00-11:50Office hours:TBDClassroom location:Workman 109Textb ook:• Adel S. Sedra and Kenneth C. Smith, Microelectronics Circuits, Fifth edition, OxfordUniversity Press.Learning objectives:1. You will learn the physical principles behind several analog electronic components.2. You will learn the characteristics of amplifiers, diodes, Field effect transistors (FETs),and Bipolar Junction Transistors (BJTs).3. You will learn how to design and a nalyze circuits containing one or more of thesecomponents.4. In the accompanying laboratory exercises you will receive practical experience in build-ing circuits with these compo nents.Prerequisites:EE 212 and 212L (Circuits and Signals II).Physics 122 or 132 (General physics II).EE 321 and 321L are co-requisites of each other.Topics covered:In this course we will explore the physics behind modern semiconductor devices and learnhow to use them in electronic circuits including as signal amplifiers and switches. The specifictopics t hat we will cover are1. Amplifiers, models, circuits, datasheets.2. The PN junction, diodes, models, datasheets.3. Zener diodes, and other types of diodes.4. Field effect transistors (FETs)5. Biasing FETs.6. Designing amplifiers using FETs.7. Bipolar junction transistors (BJTs)8. Biasing BJTs9. Designing amplifiers using BJTs1Course work:1. Reading. You will be required to keep up with the course by reading the assignedsections in the books and writing reading summaries.2. Active participation in class. Show up and r espond to questions.3. Homework. Assigned approximately weekly.4. Exams. There will be a tota l of four exams during the semester.Grading policy:1. Active participation in class 10%2. Reading summaries 10%3. Homework 20%4. Four exams 60%Approximate Lecture Schedule:Week ofLecture ExamAug 27 AmplifiersSep 1 Circuit models of amplifiers, frequency responseSep 8Inverting and non-inverting a mplifiersSep 15 Difference amplifiers, feedbackSep 22 Integrators and differentiators 1Sep 29Diodes I-V characteristicsOct 6 Zener and other types of diodesOct 13 MOSFETs and I-V characteristicsOct 20MOSFETs and DC operation 2Oct 27 MOSFETs as amplifiersNov 3Bipolar Junction Transistors (BJTs)Nov 10 BJT as amplifiers and switchesNov 17 BJT small signal operation 3Nov 24Current mirrorsDec 1 Amplifiers with active lo adsDec 8 Review
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