• Book Name: Understanding DC Circuits by Patrick and Fardo
• Author: Patrick and Fardo
• Pages: 543
• Size: 28 MB

Understanding DC Circuits PDF Free Download

Contents of Understanding DC Circuits PDF Free

BASICS OF DC ELECTRONICS

Unit Introduction

Unit Objectives

Important Terms

Electronic Systems

Energy, Work, and Power

Structure of Matter

Self-Examination

Electrostatic Charges

Static Electricity

Self-Exam ination

Electric Current

Conductors

Insulators

Semiconductors

Current Flow

Electric Force (Voltage)

Resistance

Voltage, Current, and Resistance

Volts, Ohms, and Amperes

Self-Exam ination

Components, Symbols, and Diagrams

Resistors

Schematics

Block Diagrams

Wiring Diagrams

Self-Examination

Electric Units

Scientific Notation

Self-Examination

Batteries

Self-Examination

Experimental Activities for DC Circuits

Tools and Equipment

Important Information

Lab Activity Troubleshooting and Testing

Experiment 1-1-Components, Equipment, and Symbols

Experiment 1-2-Resistor Color Code

Unit 1 Examination: Basics of DC Electronics

MEASURING VOLTAGE, CURRENT, AND RESISTANCE

Unit Introduction

Unit Objectives

Important Terms

Measuring Resistance

Self-Examination

Measuring Voltage

Measuring Current

Self-Examination

Parallel Circuit Measurements

Combination Circuit Measurements

Digital Meters

Self-Examination

Experiment 2-1-Measuring Resistance

Experiment 2-2-Measuring Voltage

Experiment 2-3-Measuring Current

Experiment 2-4-Familiarization with Power Supply

Unit 2 Examination: Measuring Voltage, Current, and Resistance

OHMIS LAW AND ELECTRIC CIRCUITS

Unit Introduction

Unit Objectives

Important Terms

Use of Calculators

Ohm’s Law

Self-Examination

Series Electric Circuits

Summary of Series Circuits

Examples of Series Circuits

Self-Examination

Parallel Electric Circuits

Summary of Parallel Circuits

Examples of Parallel Circuits

Self-Examination

Combination Electrical Circuits

Examples of Combination Circuits

Kirchhoff’s Laws

Self-Examination

Power in Electric Circuits

Voltage Divider Circuits

Self-Examination

Maximum Power Transfer

Kirchhoff’s Voltage Law Problems

Equivalent Circuits

Self-Examination

Experiment 3-1-Application of Ohm’s Law

Experiment 3-2-Series DC Circuits

Experiment 3-3-Parallel DC Circuits

Experiment 3-4-Combination DC Circuits

Experiment 3-5-Power in DC Circuits

Experiment 3-6-Voltage Divider Circuits

Experiment 3-7-Kirchhoff’sVoltage Law

Experiment 3-8-Kirchhoff’s Current Law

Experiment 3-9-Superposition Method

Experiment 3-10-Thevinin Equivalent Circuits

Experiment 3-11-Norton Equivalent Circuits

Experiment 3-12-Maximum Power Transfer

Experiment 3-13-Bridge Circuits

Unit 3 Examination: Ohm’s Law and Electric Circuits

MAGNETISM AND ELECTROMAGNETISM

Unit Introduction

Unit Objectives

Important Terms

Permanent Magnets

Magnetic Field Around Conductors

Magnetic Field Around a Coil

Self-Examination

Electromagnets

Ohm’s Law for Magnetic Circuits

Domain Theory of Magnetism

Electricity Produced by Magnetism

Magnetic Effects

Self-Examination

Experiment 4-1-The Nature of Magnetism

Experiment 4-2-Electromagnetic Relays

Unit 4 Examination: Magnetism and Electromagnetism

ELECTRONIC INSTRUMENTS

Unit Introduction

Unit Objectives

Important Terms

Analog Instruments

Self-Examination

Comparison Instruments

CRT Instruments

Numerical Readout Instruments

Chart-Recording Instruments

Self-Examination

Unit 5 Examination: Electronic Instruments

INDUCTANCE AND CAPACITANCE

Unit Introduction

Unit Objectives

Important Terms

Inductance

Capacitance

Time-Constant Circuits

Self-Examination

Experiment 6-1-Time-Constant Circuits

Unit 6 Examination: Inductance and Capacitance

Understanding dc circuits pdf free download.