# Electric Circuits I

CLICK HERE TO ACCESS ALL COURSE FILES LISTED BELOW.

Syllabus, Quizzes and Makeup Quizzes

00-Syllabus

00-Quiz 1: First Principles and Analysis of Series-Parallel Resistive Circuits

00-Makeup Quiz 1: First Principles and Analysis of Series-Parallel Resistive Circuits

00-Quiz 2: Nodal Analysis and Loop Analysis Techniques

00-Makeup Quiz 2: Nodal Analysis and Loop Analysis Techniques

00-Quiz 3: Network Theorems and Ideal Op-amp Circuit Analysis

00-Makeup Quiz 3: Network Theorems and Ideal Op-amp Circuit Analysis

00-Quiz 4: Complete Response of First-order Circuits

00-Makeup Quiz 4: Complete Response of First-order Circuits

00-Quiz 5: Steady-state Sinusoidal (AC) Circuit Analysis

00-Makeup Quiz 5: Steady-state Sinusoidal (AC) Circuit Analysis

First Concepts and Principles

Topics include: Charge, Current, Voltage, Power, Kirchhoff's Laws, Homework Problems.

01-First Concepts and Principles - Notes

01-First Concepts and Principles - Homework Solutions

Resistance

Topics include: Resistivity, Conductivity, Affect of Temperature on Resistance,Â Resistivity Temperature Coefficient, Temperature Coefficient of Resistance.

02-Resistance - Notes

DC Meters and Measurements

Topics include: D'Arsonval Meter Movement, DC Voltmeter, Loading Effect Due to DC Voltmeter Sensitivity, DC Ammeter, Loading Effect of DC Ammeter, Ohmmeter.

03-DC Meters and Measurements - Notes

03-DC Meters and Measurements - Homework Solutions

The Wheatstone Bridge

Topics include: Single Potentiometer Wheatstone Bridge Circuit, Two Potentiometer Wheatstone Bridge Circuit, Using Wheatstone Bridge Circuit to Measure Strain.

04-The Wheatstone Bridge - Notes

Application of Wye-to-Delta Transformation as a Circuit Reduction Technique

Topics include: Wye-to-Delta Transformation Formulas, Wye-to-Delta Transformation as a Circuit Reduction Technique, Derivations of Wye-to-Delta Transformation Formulas.

05-Application of Wye-to-Delta Transformation as Circuit Reduction Technique - Notes

05-Application of Wye-to-Delta Transformation as Circuit Reduction Technique - Homework Solutions

Analysis of Series-Parallel Resistive Circuits

Topics include: Standard and Non-standard Forms of Ohm's Law, Formulas for Resistances Connected in Parallel, Formulas for Resistances Connected in Series, Examples.

06-Analysis of Series-Parallel Resistive Circuits - Notes

Analysis of Resistive Ladder Digital-to-Analog Converter Circuit

Topics include: Analysis of 4-bit R-2R Digital-to-Analog Resistive Ladder Circuit.

07-Analysis of Resistive Ladder Digital-to-Analog Converter Circuit - Notes

07-Analysis of Resistive Ladder Digital-to-Analog Converter Circuit - Homework Solutions

Nodal Analysis and Loop Analysis Techniques

Topics include: Examples of Circuits Solved by Nodal Analysis Technique, Examples of Circuits Solved by Loop Analysis Technique.

08-Nodal Analysis and Loop Analysis Techniques - Notes

08-Nodal Analysis and Loop Analysis Techniques - Week 1 Homework Solutions

08-Nodal Analysis and Loop Analysis Techniques - Week 2 Homework Solutions

Network Theorems

Topics include: Thevenin's Theorem, Norton's Theorem, Maximum Power Transfer Theorem, Source Transformations, Superposition Theorem.

09A-Network Theorems: Thevenin and Norton Theorems - Notes

09B-Network Theorems: Maximum Power Transfer Theorem - Notes

09C-Network Theorems: Source Transformations - Notes

09D-Network Theorems: Superposition Theorem - Notes

09E-Network Theorems - Homework Solutions

Ideal Op-amp Analysis

Topics include: The Ideal Op-amp, Ideal Op-am Analysis Procedure, Minimizing Error in Output Voltage Due to DC Input Bias Currents, Op-amp Powering, Op-amp Power Dissipation Calculations, Ideal Op-amp Analysis of Resistive Op-amp Circuits.

10-Ideal Op-amp Analysis - Notes

10-Ideal Op-amp Analysis - Homework Solutions

Energy Storage Elements

Topics include: Capacitance, Capacitance Related to Charge and Voltage, Capacitance Related to Current and Time Rate of Change of Voltage, Conduction Current and Displacement Current of Capacitance, Self Inductance, Self Inductance Related to Flux Linkage and Current, Self Inductance Related to Voltage and Time Rate of Change of Current, Stored Energy Formulas, Combining Series-connected and Parallel-connected Energy Storage Elements, Voltage Divider and Current Divider Formulas of Energy Storage Elements, Examples.

11-Energy Storage Elements - Notes

11-Energy Storage Elements - Homework Solutions

Complete Response of First-order Circuits

Topics include: Streamlined (Circuit Based) Approach of Analyzing First-order Circuits with DC Inputs, Formal (Differential Equation Based) Approach of Analyzing First-order Circuits with DC Inputs, Formal (Differential Equation Based) Approach of Analyzing First-order Circuits with Piecewise-linear Inputs, Examples.

12A-First-order Circuits with DC Inputs: Streamlined (Circuit Based) Approach - Notes

12A-First Order Circuits with DC Inputs: Streamlined (Circuit Based) Approach - Homework Solutions

12B-First-order Circuits with DC Inputs: Formal (Differential Equation Based) Approach - Notes

12C-First-order Circuits with Piecewise-linear Inputs: Formal (Differential Equation Based) Approach - Notes

Steady-state Sinusoidal (AC) Circuit Analysis

Topics include: Complex Arithmetic, Phasor Representations of Sinusoidal Voltages and Currents, Frequency Domain (Phasor) Formulas of Circuit Elements, Frequency Domain (Phasor) Versions of Kirchhoff's Laws, Steady-state Sinusoidal (AC) Circuit Analysis in the Frequency Domain, The Phasor Diagram, Examples.

13A-Complex Arithmetic - Notes

13A-Complex Arithmetic - Homework Solutions

13B-Basis of Steady-state Sinusoidal (AC) Circuit Analysis in Frequency Domain - Notes

13C-The Phasor Diagram - Notes

13D-More Examples of Steady-state Sinusoidal (AC) Circuit Analysis in Frequency Domain - Notes

13E-Steady-state SInusoidal (AC) Circuit Analysis - Homework Solutions