Understandable Electric Circuits 2nd Edition

Understandable Electric Circuits 2nd Edition

Contents
  • Quantities And Units
  • International System Of Units (SI)
  • SI Units And Circuit Quantities
  • Metric Prefixes (SI Prefixes)
  • Metric Conversion
  • The Unit Factor Method
  • Scientific Notation
  • Write In Scientific Notation
  • Engineering Notation
  • Write In Engineering Notation
  • Basic Concepts Of Electric Circuits
  • Introduction To Electric Circuits
  • Understandable Electric Circuits
  • Why Study Electric Circuits?
  • Careers In Electrical, Electronic, And Computer Engineering
  • Milestones Of Electric Circuit Theory
  • Electric Circuits And Schematic Diagrams
  • Basic Electric Circuits
  • Circuit Schematics (Diagrams) And Symbols
  • Electric Current
  • Ampere Current
  • The Direction Of Electric Current
  • Electric Voltage
  • Voltage/Electromotive Force
  • Potential Difference/Voltage
Resistance And Ohm’s Law
  • Resistance/Resistor
  • Factors Affecting Resistance
  • Conductance
  • Ohm’s Law
  • Characteristics Of Ohm’s Law
  • Understandable Electric Circuits
  • Reference Direction Of Voltage And Current
  • Reference Direction Of Current
  • Reference Polarity Of Voltage
  • Mutually Related Reference Polarity Of Current/Voltage
  • Summary
  • Practice Problems
  • Basic Laws Of Electric Circuits
  • Power And Energy
  • Electric Power
  • The Reference Direction Of Power
  • Kirchhoff’s Voltage Law
  • Closed Loop Circuit
  • Kirchhoff’s Voltage Law (KVL)
  • Kirchhoff’s Voltage Law (KVL)
  • Experimental Circuit Of KVL
  • KVL Extension
  • Kirchhoff’s Current Law
  • Kirchhoff’s Current Law (KCL)
Kirchhoff’s Current Law (KCL)
  • Physical Property Of KCL
  • Procedure To Solve A Complicated Problem
  • Some Important Circuit Terminologies
  • Voltage Source And Current Source
  • Ideal Voltage Source
  • Real Voltage Source
  • Ideal Current Source
  • Real Current Source
  • Summary
  • Understandable Electric Circuits
  • Practice Problems
  • Series–Parallel Resistive Circuits
  • Series Resistive Circuits And Voltage Divider Rule
  • Series Resistive Circuits
  • Series Voltage And Resistance
  • Series Current And Power
  • An Example Of A Series Circuit
  • Voltage Divider Rule (VDR)
  • Circuit Ground
  • Voltage Subscript Notation
  • Parallel Resistive Circuits And Current Divider Rule
  • Parallel Resistive Circuits
  • Parallel Voltage And Current
  • Parallel Resistance And Power
  • An Example Of A Parallel Circuit
Current Divider Rule (CDR)
  • Series–Parallel Resistive CircuitsEquivalent Resistance Of A Series–Parallel Circuit
  • Analysis Of The Series–Parallel Circuits
  • Currents And Voltages Of A Series–Parallel Circuit
  • Wye (Y) And Delta (D) Configurations And Their
  • Equivalent Conversions
  • Wye And Delta Configurations
  • Tee (T) And Pi (P) Configurations
  • Understandable Electric Circuits
  • Delta To Wye Conversion (D!Y)
  • Wye To Delta Conversion (Y!D), RY, And RD
  • An Example Of Wye And Delta Conversion
  • Using D ! Y Conversion To Simplify Bridge Circuits
  • Balanced Bridge
  • Measure Unknown Resistors Using The Balanced Bridge
  • Summary
  • Practice Problems
  • Methods Of DC Circuit Analysis
  • Voltage Source, Current Source, And Their Equivalent Conversions
  • Source Equivalent Conversion
  • Verification Of Source Conversion
Source Conversion Examples
  • Voltage Sources In Series
  • Voltage Sources In Parallel
  • Current Sources In Parallel
  • Current Sources In Series
  • Branch Current Analysis
  • Branch Current Analysis
  • Procedure For Applying The Branch Current Analysis
  • Branch Current Analysis Examples
  • Mesh Analysis
  • Mesh Current Analysis
  • Procedure For Applying The Mesh Current Analysis
  • Mesh Current Analysis Examples
  • Nodal Voltage Analysis
  • Procedure For Applying The Node Voltage Analysis
  • Node Voltage Analysis Examples
  • Node Voltage Analysis Vs Mesh Current Analysis
  • Practice Problems
  • Understandable Electric Circuits
  • Understandable Electric Circuits Key Concepts
  • What Is A Simple Electric Circuit
  • Minimum Requirements For An Electric Circuit
  • Electric Circuit Explained
  • Electrical Understanding
  • Understanding Electrical Circuits
  • Understanding Electrical Circuits Pdf
Basic Understanding Of Electrical Circuits
  • What Is Ckt In Electrical
  • Why Is Circuit Abbreviated Ckt
  • Current Electricity Circuit Symbols
  • What Is Electric Circuit Grade 6
  • I Don’t Understand Electricity
  • Understand Electronics
  • Electric Circuits Answer Key
  • Understanding How Electricity Works
  • What Is K In Electric Circuit
  • What Is An Electrical Elementary Diagram
  • Understanding Electrical Math
  • How To Understandable Electrical Circuits
  • Understanding Electricity Pdf
  • R In Electronics
  • Understanding Electrical Current
  • Understanding Electrical Terms
  • Understanding Electrical
  • Understanding Electrical Voltage
  • Understanding Circuits Basics
  • 3 Basic Elements Of Electricity
3 Components Of Electrical Circuit
  • 3 Elements Of Electricity
  • 3 Types Of Electrical Circuits
  • Understanding Electrical Circuits For Beginners
  • What Is An Electric Circuit Grade 4
  • What Is A 4 Wire Electrical System
  • 5 Basic Components Of An Electrical Circuit
  • 6 Elements Of A Circuit
  • Understandable Electric Circuits
  • Understanding Electrical Circuits
  • Electrical Understanding
  • Basic Understandable Of Electrical Circuits
  • Understanding Electrical Current
  • How To Understand Electrical Circuits
  • Understand Electricity