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Book Contents Navigation
Introduction
Engineering Prefixes
Exponential Format Engineering on the TI-89
Conversion Using Engineering Prefixes
DC Math
Algebraic Manipulation
Unit Conversion
General Industrial Safety
Energy and Power
Energy and Power Examples
Efficiency
Efficiency Examples
Capacity Factor
Capacity Factor Examples
Basic Electrical Quantities
Power Generation, Transmission, and Use
Resistance
4 Band Resistor Color Code
Series Resistors
Parallel Resistors
Ohmmeters: BK Precision 2831E
Ohmmeters: Fluke 87
Variable Resistors
Prototyping Boards
DC Ohm's Law
DC Power
DC Ohm's Law and Power Examples
DC Voltmeters: BK Precision 2831E
DC Voltmeters: Fluke 87
DC Power Supplies
DC Ammeters: BK Precision 2831E
DC Ammeters: Fluke 87
Amp Clamps: Megger DCM340
Verifying DC Ohm's Law
Electrical Safety and Ohm's Law
Series DC Circuit Properties
DC Voltage Divider Rule
Switches in Series DC Circuits
DC Voltage Sources in Series Circuits
Introduction to Circuit Protection
Series DC Circuit Examples: Level 1
Series DC Circuit Examples: Level 2
Parallel DC Circuits
DC Current Sources
DC Current Divider Rule
Voltage Sources in Parallel Circuits
Parallel DC Circuit Examples: Level 1
Parallel DC Circuit Examples: Level 2
Series-Parallel DC Circuit Analysis
Series-Parallel Voltage Divider Circuits
Instrument Loading Effects
Series-Parallel DC Circuit Examples: Level 1
Series-Parallel DC Circuit Examples: Level 2
Resistive Delta-Y Conversions
DC Source Conversion
DC Superposition Theorem
DC Superposition Theorem Examples
DC Thevenin's Theorem
DC Maximum Power Transfer Theorem
DC Thevenin's and Maximum Power Transfer Theorem Examples
Complex DC Circuit Analysis
Appendix
Protoboards Study Guide
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Electrical Circuit Analysis 1 Copyright © by Jim Pytel is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License, except where otherwise noted.