Department of Electrical and Electronic Engineering, California State University, Sacramento

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1 Department of Electrical and Electronic Engineering, California State University, Sacramento Engr 17 Introductory Circuit Analysis, graded, 3 units Instructor: Tatro Fall 2016 Section 1, Call No , Mon/Wed 12:00 PM 12:50 PM, Sequoia Hall, Room 316 Fri 12:00 PM 12:50 PM, Web Online Section 2, Call No , Mon/Wed 10:00 AM 10:50 AM, Tahoe Hall, Room 1007 Fri 10:00 PM 10:50 PM, Web Online Course Content: Writing of mesh and node equations. DC and transient circuit analysis by linear differential equation techniques. Application of laws and theorems of Kirchhoff, Ohm, Thévenin, Norton and maximum power transfer. Sinusoidal analysis using phasors, average power. Prerequisite: Phys 11C and Math 45; either the math or physics may be taken concurrently, but not both. Textbook: Electric Circuits, Nilsson and Riedel, 10 th Edition, 2014, Prentice Hall, ISBN: Instructor: Russ Tatro Office: Riverside Website: Office Phone: Office Hours: See my website for current office hours. Grading: Midterm I 15% Midterm II 15% Final Exam 20% Homework 30% Quizzes 20% Course Goals: Introduce the fundamental tools of linear circuit analysis which is useful to all engineers. Develop the fundamentals of circuits, including wires, resistors, capacitors, inductors, voltage and current sources, and operational amplifiers. Prepare students for more advanced courses in electronic applications and circuit analysis. Hybrid Course: This course will be offered in a hybrid format with both in classroom sessions and online events. We will meet in the classroom on Mondays and Wednesdays. The Friday class time will be dedicated to online materials at your own pace. The online material includes pre-recorded videos, online quizzes, outside class reading assignments and other online sessions. All course materials will be available on ECS Moodle: https://moodle2.ecs.csus.edu/. You will be able to join the Engr 17 site on ECS Moodle during the first week of the semester. Homework: Homework assignments will be completed online using the ECS Moodle site page named Homework. Each assigned chapter will have a homework assignment(s). Problems are from multiple editions of the textbook and/or problems created by the instructor. The homework problems are pulled from an extensive question bank and thus each student s homework is somewhat unique. Homework assignments are usually released Monday mornings at 6 am. Homework assignments are due on Monday mornings at 5:00 am but carefully read the homework schedule. A few assignments are due on other days of the week as a result of the University holiday schedule. All homework material is testable whether covered in class or only in the homework assignment. Quizzes: Each student will complete a weekly quiz on a topic just covered in the course. The quizzes are due each Wednesday using the ECS Moodle site page named Quizzes. The individual quizzes will be completed online during sometime Wednesday from 6 AM until 11:59 PM at a location of the student s choice. Exams: There will be two midterm exams and a final exam during the semester. The exams are a timed test completed online using the ECS Moodle site page named Exams. See the course syllabus (this

2 document) for the exam schedule. Note that the exams must be taken during the scheduled exam date and time. The exams are taken by the entire Engr 17 section at the same time of day. The student will use the online access of their choice and should make appropriate arrangements to take the exam online during the scheduled day/time. Prior written permission is required for all make-up exams and then only with compelling reasons in accordance with and as outlined by University policy. For example see Grading Policy: The course will be graded in accordance with University guidelines using the + and - method as called for by the University. Grades may be curved at the instructor s discretion. The class average is usually in the C+ range. Typical grades ranges are: A 94.5 and above A to B to B 83.5 to B to C to C 73.5 to C to D to D 63.5 to D to F Below 59.5 We tell ABET that after this course the student will be able to: 1. Identify linear systems and represent those systems in schematic form. 2. Apply Ohm s Law and Kirchhoff s current/voltage laws to circuit problems. 3. Simplify circuits using series and parallel equivalents. Simplify circuits to their Thévenin and Norton equivalents. 4. Perform node and loop analyses and state the system of linear equations in standard matrix form. 5. Apply the concepts of energy and power to solving circuit problems. 6. Identify and model first order electric systems involving capacitors and inductors. 7. Perform circuit analysis by the steady-state phasor method of time-varying signals (phasors). Why Engr 17 - Circuits? CpE and EEE - This material is fundamental to your understanding of upper division required courses. You must have an internal intuition as to the effects of resistance, capacitance and inductance whether explicit in the circuit or implicit based on circuit element proximity. ME Most mechanical systems include controls, electronic systems and move various amounts of power. Increasingly, this takes the form of software control by electronic systems, movement by electric motors, and other circuit related techniques. Your FE and PE exams include questions covered by this course and perhaps only by this course. Method? First acquire circuit analysis skills with only DC sources. This is the simplest possible circumstance. This is chapter 1 through chapter 5. Then explore devices (capacitors and inductors) that react usefully to time varying sources. This is chapter 6, and 7. Then bring it all together to analyze circuits when the source may be DC, time varying or both. The phasor form is extremely useful and covered in chapter 9. Finally chapter 10 gives you the skills to examine large power transfer basics so needed in utilities, the renewable energy evolution and fundamentals of energy storage (think electric vehicles). Course Demands? Most students will find the pace challenging. You should plan on at least 10 hours a week on just this course. Do I feel this is worth it? The time demand is absolutely worth it. This is fundamental career knowledge and needs your motivation and intense focus. Does your chosen engineering discipline matter to the importance? Not one bit. Across the engineering disciplines you need this. Not convinced? Go find a senior doing their senior project or a new engineer in the field. See what they say.

3 Engr 17 - Course Outline Fall 2016 Week Date Chapter Topics: , Exam Exam Course Introduction SI Units, Voltage and Current Passive Sign Convention, Power and Energy Sept 5 - Labor Day (Holiday) - Campus Closed Circuit Elements R, L and C, Kirchhoff s Laws KCL and KVL Circuits with Dependent Sources Resistors in Series and Parallel Voltage-Divider and Current Divider Circuits Voltage and Current Division Using Matlab to solve linear equations Chaps 1, 2, and 3 - Online exam at your scheduled class time Nodal Analysis Node analysis with dependent sources, Special Cases Mesh Analysis Mesh analysis with dependent sources, Special Cases Equivalent Circuits - Source Transformations Thévenin and Norton Equivalent Circuits Test Voltage/Current Method and Max Power Transfer The Ideal Operational Amplifier Analyzing the OpAmp Inductor & Capacitor, Series/Parallel Inductors and Capacitors Sinusoidal Source and Sinusoidal Response Chapters 4, 5 and 6 - Online exam at your scheduled class time 11/11 Veteran s Day (Holiday) Campus Closed The Phasor, Analysis of Circuit Elements in the Frequency Domain Analysis of Circuits in the Frequency Domain Mutual Inductance The Transformer 10.3 rms Value The Ideal Transformer Instantaneous, Average and Reactive Power 16 Final Exam Section 1 - Wednesday 12/14/ :15 am 12:15 pm Section 2 - Friday 12/16/2015 8:00 am 10:00 am

4 Engr 17 Quiz, homework, and video assignments Due Dates below are only approximate see the online schedule for actual deadlines Week Date Online Quiz Homework Videos Chapter Chapter Q1 - Chapter 1 H01 - Chapter H02 - Chapter 2 Chapter Q2 - Chapter Q3 - Chapter 3 H03 - Chapter 2 and 3 Chapter H04 - Chapter Exam H05 Using Matlab Q4 Using Matlab H06 - Chapter Q5 - Chapter H07 - Chapter Q6 - Chapter H08 - Chapter 4 Chapter Q7 - Chapter H09 - Chapter 4 and 5 Chapter Q8 - Chapter H10 - Chapter 5 and 6 Chapter Exam H11 - Chapter Q9 Chapter H12 - Chapter Q10 Chapter Q11 - Chapter 9 H13 - Chapter 6 and 9 Chapter Q12 Chapter 10 H14 - Chapter 10 16

5 ECS Moodle Course sign-up 1. Obtain valid ECS ID and password if you don t already have one. 2. Your ECS will be the contact method for the course. So use an that you monitor frequently. 3. Log onto ECS Moodle: https://moodle2.ecs.csus.edu/ 4. Go to Engr 17 Fall 2016 Instructor: Tatro 5. Enroll into the Engr 17 course by entering the section appropriate code: Section 1 use the code: 84063_Sec-1 Section 2 sue the code: 84109_Sec-2 ECS Moodle Tips and Hints 1. The homeworks are available three weeks prior to the due date. You can Submit the homework as many times as you wish. I suggest you start the homework early and bring questions into class. You will NOT be able to see any assignment you did not complete (by submitting the assignment). 2. All quizzes are ONE submission only. During the quiz you will be able to check your answer. The computer will automatically submit your quiz at the end of the 50 minutes allowed for the quiz. 3. All exams are ONE submission only. During the exam you will be able to check your answer. The computer will automatically submit your quiz at the end of the 50 minutes allowed for the quiz. You must send me your original work for my review if you feel a question was scored incorrectly or incompletely. 4. Periodically review your grade in the Moodle Gradebook. Bring to my attention any error or anomaly as soon as possible.

6 Week Set Date Avail At 6:00:00 AM Homework Organization Engr 17 Fall 2016 Date Due Topics At 5:00:00 AM /29/ /07/2016 Section 1.2 SI Units Section Voltage and Current Section 1.5 Circuit Elements Section 1.6 Power/Energy /29/ /12/2016 Section 2.1 Sources Section 2.2 Ohm s Law Section 2.4 KCL/KVL /05/ /19/2016 Section 2.5 Dependent Sources Section 3.1 Series Resistors Section 3.2 Parallel Resistors Section 3.1/3.2 Mixed S/P /12/ /26/2016 Section 3.3 Volt/Current Divider Section 3.4 Volt/Current Division /19/ /03/2016 Section 4.1, 4.2 Node Analysis Section 4.3, 4.4 Node with Dep Sources /26/ /10/2016 Section 4.5 Mesh Analysis Section 4.6, 4.7 Mesh with Dep Sources /03/ /17/2016 Section 4.9 Source Transformations /10/ /24/2016 Section 4.10 Thévenin Equivalent Circuits Section 4.10 Norton Equivalent Circuits Section 4.11 Test Voltage/Current Method Section 4.12 Max Power /17/ /31/2016 Section 5.1 Operational Amplifier Terminals Section 5.2 Terminal Voltages and Currents Section Analyzing the OpAmp /24/ /07/2016 Section Inductor and Capacitor Section 6.3 Series/Parallel Capacitors /31/ /14/2016 Section 9.1 Sinusoidal Source Section 9.2 Sinusoidal Response Section 9.3 The Phasor Section 9.4 Phasor Form of Passive Elements /07/ /21/2016 Section 9.5 KCL/KVL in Freq Domain Section 9.6 Series/Parallel Simplifications Section 9.7 Source Transformations and Thévenin/Norton Equivalent Circuits Section 9.8 Node-Voltage Method Section 9.9 Mesh-Current Method /14/ /28/2016 Section 6.4 Mutual Inductance Section 9.10 The Transformer Section 9.11 The Ideal Transformer /21/ /05/2016 Section Instantaneous Power Section 10.2 Average Power Section 10.2 rms 16

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