SyllabusEGR 334 Electronics II (3 units)Instructors:Lecture:Dr. Qing (Julia) ZhengLab:Prof. Ilyoul (Walter) LeeRequired Textbook:Microelectronic Circuits (7thedition), A. S. Sedra and K. C. Smith, Oxford University Press,2015.ISBN: 978-0-19-933913-6.Course Description (From CBU Catalog):Study of integrated-circuit amplifier design techniques, differential amplifiers, frequencyresponse, feedback, and operational amplifiers. Special topics may include CMOS digitallogic circuits, output stages and power amplifiers, filters, and oscillators. Includes labproblems.Prerequisite:EGR 333 – Electronics I.Course Learning Outcomes:Upon successful completion of this course, students should be able to (corresponding ECEprogram outcomes are listed in parentheses):1.Understand and apply the widely used configurations and techniques in analog ICdesign such as differential amplifiers, cascoding, IC biasing, feedback. (1, 3, 5)2.Analyze and design high frequency BJT and MOSFET amplifiers.(1, 3, 5)3.Understand the characteristics of Op Amps including internal structure, DCimperfections, frequency response, configurations and applications. (1, 5)4.Analyze and design CMOS digital logic circuits. (1, 3, 5)5.Apply the knowledge of electronic circuits in selected special topics such as signalgenerators. (3, 5)
6.Implement analog IC circuits and use NI Elvis and other equipment to conductexperiments.(2, 3, 5, 11)7.Use Multisim to perform SPICE simulation on analog IC circuits.(11)8.Write good technical reports.(7)Topics Covered:1.Building blocks of integration circuit amplifiers (6hrs)2.Differential amplifiers (6hrs)3.A/D and D/A conversions (2hrs)4.Frequency response of MOSFET, BJT and amplifiers (6hrs)5.Topologies and properties of feedback (6hrs)6.Operational amplifiers (3hrs)7.CMOS digital logic circuits(3hrs)8.Op-Amp-RC oscillator circuits (2hr)9.Reviews (4hrs)10.Exams (4hrs)Class/Laboratory Schedule:Class meets three times per week for 60 minutes per session. The laboratory componentinvolves thirteen 2-hour laboratory periods scheduled throughout the semester.Contribution of Course to Meeting the Requirements of the ABET Criterion 5:Knowledge of building blocks and techniques in integrated analog circuits, and skills forintegrated-circuit amplifiers analysis and design. Estimated content: Engineering Science –1.5 credits, and Engineering Design - 1.5 credits.Relationship of Course to Program Outcomes:This course addresses the following CBU ECE program outcomes: 1, 2, 3, 5, 7, 11.More details can be found in the above course learning outcomes list.
Syllabus – Part 2EGR 334 – Electronics IIDr. Qing (Julia) Zheng951-552-8960[email protected]Office:TEGR 320Mr. Ilyoul (Walter) Lee562-237-2639[email protected]Office: TEGR376Office Hours:M: 2:00-3:30 PMTR: 12:30PM-2:OO PMF: 12:00-3:30 PMOr by appointmentOffice Hours:M: 3:15-4:15 PMCourse Meeting Times and Location:Lecture:MWF10:45 – 11:45AM in TEGR303Section A Lab:F 1:15-3:15 PM in TEGR 106Section B Lab:M 1:15-3:15 PM in TEGR 106Course Introduction:
Upload your study docs or become a
Course Hero member to access this document
Upload your study docs or become a
Course Hero member to access this document
End of preview. Want to read all 10 pages?
Upload your study docs or become a
Course Hero member to access this document
