ENGR-43
Engineering
Circuit Analysis
Course Description
ENGR 43 - Engineering Circuit Analysis
Credits: 4.00
Introduction to basic electrical circuit analysis. DE and AC circuit
analysis methods, network theorems, voltage and current sources, resistors,
operational amplifiers, capacitors and inductors. Natural and complete
response of first and second order circuits. Steady-state sinusoidal circuit
analysis, and power calculations. Basic instruments, and experimental
techniques in Electrical Engineering: DC current/voltage supplies,
analog/digital multiple-use meters, oscilloscopes, AC function generators.
Measurements of resistance, inductance, capacitance, voltage, current and
frequency response. Prerequisites: Physics 4A and Engineering 25 (both
completed with a grade of "C" or higher). Strongly recommended: Physics 4B
(concurrent enrollment encouraged).
Syllabus
The Schedule Changed Slightly on 08May08. See the schedule for details
Special Announcements
Student Score/Grade Status to 05Apr08 is now available
- Every student is asked to CHECK the recorded scores for accuracy - please report any errors to the instructor
- Students may project his/her final grade using the WhatIf worksheet
What a good Letter of Recommendation as in this Example Letter? Then:
- Study Hard, Get Good Grades, Participate in Class, Help your classmates, Have Fun
Earn EXTRA CREDIT by
- Learning College Student Study Skills (PowerPoint File)
- Completing the Take-Home Quiz on the Study Skills material (MSWord File)
Want to see the lectures but don't have PowerPoint? DownLoad the FREE PowerPoint Viewer.
How to Get TextBook Problem Solutions
Why EEs Should Take ENGR45 (Materials) and ENGR36 (Statics)
Want to Learn MATLAB in a HURRY? Then try this Crash Course.
Lectures
ENGR-43_Lec-01a_Electrical_Safety.ppt
ENGR-43_Lec-01_Basic_Concepts.ppt
ENGR-43_Lec-02-3_Single_Loop_Ckts.ppt
ENGR-43_Lec-02-4_Single_Node-Pair_Ckts.ppt
ENGR-43_Lec-02-5_Series_Parallel_R-Combos.ppt
ENGR-43_Lec-02-8_Dep-Sources.ppt
ENGR-43_Lec-03-1a_Nodal_Analysis.ppt
ENGR-43_Lec-03-1b_Nodal_Analysis.ppt
ENGR-43_Lec-03-2_Loop_Analysis.ppt
ENGR-43_Lec-05-1and2_Superposition.ppt
ENGR-43_Lec-05-3a_Thevenin-Norton.ppt
ENGR-43_Lec-05-3b_Thevenin-Norton.ppt
ENGR-43_Lec-05-4_Max_Pwr_Xfer.ppt
ENGR-43_Lec-06-1_Capacitors.ppt
ENGR-43_Lec-06-2_Inductors.ppt
ENGR-43_Lec-06-3_Caps-n-Inds.ppt
ENGR-43_Lec-06-4_RC_OpAmps.ppt
ENGR-43_Lec-07-1_1st_Order_Ckts.ppt
ENGR-43_Lec-07-2_Step-By-Step_Pulse_Response.ppt
ENGR-43_Lec-07-3_2nd_Order_Ckts.ppt
ENGR-43_Lec-08-1_AC-SteadyState.ppt
ENGR-43_Lec-08-2_AC-Impedance.ppt
ENGR-43_Lec-08-3_AC-KCL-KVL.ppt
ENGR-43_Lec-09-1_AC-SS_Power.ppt
ENGR-43_Lec-09-2_Complex_Power.ppt
ENGR-43_Lec-09-3_1-Ph_3W_Power.ppt
ENGR-43_Lec-10-1_Mag_Coupled_Nets.ppt
ENGR-43_Lec-10-2_Mag_Coupled_Tranformers.ppt
Labs
ENGR-43_Chp3_Nodal-Analysis_MATLAB_Tutorial.ppt
- The MATLAB m-File
ENGR-43_Lab_11_Nodal_Thevenin.doc
- See the Solution to lab 11
- See the Solution to lab 12
ENGR-43_Lab_13_NonInv_OpAmp.doc
- See the Solution to lab 13
ENGR-43_Lab_14_Scope_Intro.doc
ENGR-43_Scope_Phase-Angle_Tutorial.ppt (PowerPoint File)
ENGR-43_Lab_15_Scope-Subtract.doc
- See the Solution to lab 16
- See the Solution to lab 17
- See the Solution to Lab 18
Specials
X-Y Data Plotting Template
X-Y Data-Plotting and Linear-Regression EXCEL-Template
- Download the Template
- Change the X & Y Data and Units on the "DAT" Worksheet
- Change Chart and Axes Labels on the "PLT" WorkSheet
- Print out the nicely formatted Graph
- You're DONE
Matrix Inversion = Adjoint+Determinant