EEE 102 Analog Digital Electronics Service Course 2006 2008 Catalog Data EEE 102 Analog Digital Electronics Introduction to analog digital electronics diodes FET s BJT s DC biasing VI characteristics single stage amplifiers power supplies and voltage regulators power electronic devices OP amps active filters A D and D A converters PSPICE used extensively Note Cannot be taken for credit by E EE Majors Prerequisite ENGR 017 Corequisite EEE 102L 3 units Text Jaeger R C Microelectronic Circuit Design 2nd Edition McGraw Hill 1997 ISBN 0 07 232099 0 Support Software Herniter M E Schematic Capture with Cadence PSpice Prentice Hall 2nd Edition 2003 ISBN 0 13 048400 8 Course Goals 1 2 To build upon the mathematical and engineering analysis background provided by the prerequisite course and provide the student with fundamental engineering knowledge about analog and digital electronic circuit design and analysis To provide the student with the capability to use LabVIEW and PSpice software as tools in electronic circuit analysis and design and in future courses design projects and professional work assignments Prerequisites by Topic 1 2 3 General knowledge of a structured programming language i e C Basic physical concepts of electricity and magnetism Basic circuit analysis concepts and procedures Topics Covered Course Outline Evaluation Topics 1 2 3 4 5 6 7 8 Introduction to Electronics The Focus of the Course Analog to Digital and Digital Analog Conversion Digital Sampling and Aliasing Principles Review of Circuit Theory Concepts including Thevenin Norton Equivalent Circuits and Sinusoidal Steady state Analysis Frequency Spectrum of Electronic Signals Amplifiers Filters Introduction to Digital Electronics Ideal Real Logic Gates Logic Level Definitions and Noise Margins Analysis of the Dynamic Response of Logic Gates Power Delay Product Solid State Diodes and Diode Circuits The pn Junction Diode The i v Characteristics of the Diode The Diode Equation Diode Characteristics Under Reverse Zero and Forward Bias Diode Temperature Coefficient Diode Breakdown Under Reverse Bias pn Junction Capacitance Diode Circuit Analysis Multiple Diode Circuits Diodes Operating in the Breakdown Region Half Wave Full Wave Rectification and Power Supply Design Wave Shaping Circuits Dynamic Switching Behavior of Diodes Field Effect Transistors Characteristics and Structure of MOS Devices Operating Regions and Characteristics of NMOS and PMOS Devices Body Effect Biasing MOSFETs MOSFET Capacitance Bipolar Junction Transistors Physical Structure of the BJT The Transport Model NPN and PNP Transistors Operating Regions and Characteristics of the BJT Forward Active Region Analysis and Design The Early Effect Biasing BJT Circuits BJT Current Mirrors Small Signal Modeling and Linear Amplification The Transistor as an Amplifier BJT and FET Amplifier Characteristics Coupling and Bypass Capacitors Circuit Analysis Using dc and ac Equivalent Circuits Small Signal Models for the BJT The BJT Common Emitter Amplifier Operational Amplifiers The Differential Amplifier Ideal Operational Amplifiers Op Amps Non ideal Op Amps Frequency Response Input Output Impedance Instrumentation Amplifiers Common Mode Signal Analysis Active Filters Non linear Circuit Applications Analog Integrated Circuits Digital to Analog Converter Circuits Analog to Digital Converter Circuits 1 Course Outline Week Topic Text Chapter Homework H or Exam E 1 Introduction to Electronics 1 2 Electronics Fundamentals 1 3 Introduction to Digital Electronics 6 1 6 3 H 4 Diode Characteristics 3 5 Simple Diode Circuit Analysis 3 H 6 Diode Circuit Applications 3 7 Field Effect Transistor Characteristics 4 E 8 FET Circuit Analysis 4 9 FET Bias Circuit Analysis and Design 4 H 10 Bipolar Junction Transistor Characteristics 5 11 BJT Bias Circuits Analysis and Design 5 H 12 Small Signal Modeling and Linear Amps 13 1 13 5 13 C E Amplifiers 13 6 E 14 Operational Amplifier Basics 11 1 11 2 H 15 Linear Op Amp Circuits A D D A 11 3 11 4 Exam Week Final Exam E Note This course includes applications of PSpice and LabVIEW software for both analysis and design Evaluation Three examinations including the Final 200 pts Note Examinations will be open book problems similar to examples done in class and homework assignments The first two midterms will count 60 points each the final will count 80 points Exams will cover material in each outline block Graded homework assignments 100 pts Note Specific due dates for homework will be specified No late homework will be accepted Science and Design Content Distribution Science 2 units or 67 Design 1 unit or 33 Contribution of Course to the Professional Education Component 1 2 Homework assignments include practical electronic circuit design and analysis problems with realistic source and load constraints LabVIEW and PSpice analysis and design applications introduce students to major professional engineering software tools Relationship of Course to Program Outcomes 1 2 4 Knowledge of Engineering core This course adds electronic circuit analysis and design applications to fundamental concepts of circuit analysis and computer programming 7 Use of contemporary tools for analysis and design This course applies computer methods using PSpice and LabVIEW software tools to electronic circuit analysis and design Course Coordinator John Oldenburg EEE Office Hours RVR 3018 MF 1 2 p m W 3 4 p m Date January 15 2007 E mail Phone oldenburgj csus edu Graduate Advising Hours MWF 2 3 p m Homepage www csus edu indiv o oldenburgj 916 278 7977 2