EE 321 Analog ElectronicsCourse title:Analog ElectronicsInstructor:Dr. Anders M. JorgensenWorkman 227Phone: 505-835-5450e-mail: [email protected] hours:TBDClass hours:M 11-11:50 (C), W 11-11:50 (C),W 12-12:50 (J), (sometimes) F 11-11:50 (C)Classroom location:Cramer 101 (C)Jones Annex 101 (J)Labor ator y hours:M 14-16:45Labor ator y location:Workman 183Textb ook:• Adel S. Sedra and Kenneth C. Smith, Microelectronics Circuits, Fifth edition, OxfordUniversity Press.Learning objectives:1. You will learn about the no n-ideal prop erties of operational amplifiers.2. You will learn about the physical principles of the PN junction, and how it is used toimplement Diodes and Bipolar Junction Transistors (BJTs).3. You will learn to use BJTs to build simple amplifier circuits.4. You will learn the physical principles behind the Metal Oxide Field Effect Transistor(MOSFET).5. You will learn how to build simple amplifier circuits with MOSFETs.6. In the accompanying laboratory exercises you will gain hands-on experience buildingand operating all of these devices.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 that we will cover are11. 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 BJTsCourse work:1. Reading. Stay current with assigned sections in the textbook.2. Active participation in class. Show up, respond to questions, ask questions.3. Homework. Turn in homework in class on the weekly due date.4. Exams. Take exams. Three highest exam scores will be counted.5. Laboratory exercises. Adequate preparation, prelabs when required, complete assign-ment in allotted time.Grading policy:EE 3211. Homework 40%.2. Four exams 60%. The lowest examscore is dropped.EE 321L1. Weekly labs: 100%2. One lab grade is droppedApproximate Schedule (subject to change, see website for actual schedule):Week ofLecture Exam LabsAug 23 AmplifiersAug 30 Circuit models of amplifiers, frequency responseSep 6 Inverting and non-inverting amplifiersSep 13Difference amplifiers, feedback 1Sep 20 Integrators and differentiators 2Sep 27 Diodes I-V characteristics 1 3Oct 4Zener and other types of diodes 4Oct 11 MOSFETs and I-V characteristics 5Oct 18MOSFETs and DC operation 2 6Oct 25 MOSFETs as amplifiers 7Nov 1 Bipolar Junction Transistors (BJTs) 8Nov 8BJT as amplifiers and switches 9Nov 15 BJT small signal operation 3 10Nov 22Current mirrors 11Nov 29 Amplifiers with active loads 12Dec 6 Review
View Full Document
Unlocking...