De Anza College Department of Engineering Engr 37-Intorduction to Circuit Analysis
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1 De Anza College Department of Engineering Engr 37-Intorduction to Circuit Analysis Spring 2017 Lec: Mon to Thurs 8:15 am 9:20 am S48 Office Hours: Thursday7:15 am to 8:15 am S48 Manizheh Zand Course Description Circuit laws and nomenclature, resistive circuits with DC sources, ideal operational amplifier, controlled sources, natural and complete response of simple circuits, steady- state sinusoidal analysis and power calculations. Course Goals and Student Learning Objectives The objective of this course is to introduce the basics of AC/DC and transient analysis. This course builds on the foundations of physics and mathematics and is essential for all upper division EE courses. Topics Covered: Ohm s law and Kirchhoff s laws Series and parallel circuits Superposition Thevenin and Norton Equivalent Maximum power transfer Nodal and mesh analysis Active and op amp circuits Capacitors and inductors Transient analysis Steady state analysis
2 AC power Course Content Learning Objectives: Upon successful completion of this course, students will be able to: 1. Determine voltages and currents in a DC circuit consisting of resistors, current sources, voltage sources, and dependent sources. 2. Determine Thevenin and Norton equivalent circuit of a DC circuit and find the maximum power output of a DC circuit. 3. Determine the DC gain and operating point of an OP amp circuit. 4. Determine the transient response of a first and second order circuit consisting of RLC. 5. Determine the sinusoidal steady state response of a circuit consisting of RLC. 6. Determine the power delivered and absorbed by an element in a RLC circuit Textbooks Floyd, Thomas L. (2013). Principles of Electric Circuits. (9th Edition). Upper Saddle River, New Jersey: Prentice-Hall. Fundamentals of Electric Circuits, 6 th or 5 th Edition, by Alexander and Sadiku, McGraw Hill. Course Evaluation The total points earned on all the midterms, quizzes, assignments, lab project, research paper, and final exam will be divided by the total possible points and the resulting percentage will determine the course grade. Midterms/Quizzes 50%; Quizzes are unannounced Homework Assignments 10% Lab Experiments/Reseach paper 10% Final exam 30% The final grade will be determined according to the following scale: A % B % C % D % A 93-96% B 83-86% C 73-76% D 60-65% A % B % C % F 0-59% I. Midterms & Quizzes There will be two (2) midterms given. Final Comprehensive Exam will be given during final exam period. No makeup will be allowed.
3 There may be several unannounced quizzes given during the semester as deem necessary. No makeup will be allowed. II. Homework Assignments Homework will be assigned during class hours and can be given from textbooks or from class discussions. III. Lab Experiments TBA IV. Final Exam Wed June 27 th 7am to 9 am Homework All assignments are managed though the Canvas. Exams There will be two midterm examinations, and a final exam. All exams will be closed-book. For midterms and the final exam, a calculator) is allowed. An equation sheet will be provided for you. A photographic ID will be required. Unless there is a documented, serious explanation for missing an exam, make-up exams will not be allowed.. Course Outline Week 1 Series, Parallel, and combinational circuit Learn LTspice/Multisim 2 Branch, Loop, and Node Analysis Thevenin, Norton, and Superposition, Transistor 3 Instantaneous and average Power, Effective or rms value, Apparent power and power factor 4 Linearity, bias an LED, Power Supply, Dependent source 5 Review and Midterm#1 6 Non-ideal amplifier 5.2 Ideal amplifier Summing amplifier, Difference amplifier 7 Cascade amplifier, Opamp Application Bode plot, Simple filters 8 Review and Midterm #2 9 Source free RC circuit, Source free RL circuit
4 10 Step Response of an RC and RL circuit Finding initial and final values 11 Source Free series parallel RLC circuit
5 Student Learning Outcome(s): *The student will be able to analyze circuits containing resistive, capacitive, inductive passive elements, along with op-amps interconnected to voltage and current sources. *The student will be able to use circuit laws and network theorems to solve DC steady state circuits, RC, RL, and RLC DC circuit transients and sinusoidal AC steady state circuits.
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