Electrical Engineering for Non Electrical Engineers Second Edition by S Bobby Rauf

Electrical Engineering for Non Electrical Engineers by Bobby Rauf

Electrical Engineering for Non Electrical Engineers Second Edition by S Bobby Rauf

Contents of Electrical Engineering for Non Electrical Engineers

  • Chapter 1 Electrical Engineering Basics
  • Voltage
  • Current
  • Resistance
  • Resistors in Series
  • Resistors in Parallel
  • Electrical Short and Open Circuit
  • Capacitor and Capacitance
  • Capacitors in Series
  • Capacitors in Parallel
  • Capacitive Reactance
  • Inductor and Inductance
  • Series Inductor Combination
  • Parallel Combination of Inductors
  • Inductive Reactance
  • Impedance
  • Magnetic Circuits vs Electrical Circuits
  • Basic Electrical Instruments
  • Chapter 2 DC Circuit Analysis and Basic Electronic Devices
  • Ohms Law
  • Kirchhoff’s Voltage Law (KVL)
  • Kirchhoff’s Current Law (KCL)
  • Voltage Division
  • Current Division
  • Multi-loop Circuit Analysis
  • Diodes
  • Half Wave Rectifier
  • Full Wave Rectifier
  • Transistors
  • Electronic device applications on printed circuit boards
  • Chapter 3 Alternating Current (AC) Fundamentals
  • Alternating Current (AC) Versus Direct Current (DC)
  • Electrodeposition—DC and the Average Value of AC
  • Alternating Current and Impedance
  • Polar or Phasor Form
  • Rectangular Form
  • Sinusoidal or Trigonometric Form
  • Exponential Form
  • Impedance Analysis
  • Transformers
  • Common Single Phase AC Transformer Applications
  • Autotransformers
  • Voltage Regulation, Voltage Regulators and
  • Buck Boost Transformers
  • Three Phase AC
  • Three Phase AC Systems vs Single Phase AC Systems
  • Current Transformers
  • Three Phase AC Transformers
  • Chapter 4 DC and AC Power
  • Single Phase AC Power
  • Three Phase AC Power
  • Efficiency
  • Power Conversion from Steam to Electrical Form
  • Power Conversion from Water to Electrical Form
  • Power Conversion in Hydraulic Pump Systems—
  • Wire to Water Transformation of Power and Energy
  • Chapter 5 Power Factor
  • Power Factor
  • Lagging Power Factor
  • Lagging Power Factor from Impedance
  • Leading Power Factor and Impedance
  • Power Factor Correction
  • Chapter 6 Demand, Load Factor, Service Factor and
  • Electrical Power Bill Computation
  • Demand
  • Peak Demand
  • Load Factor
  • Service Factor
  • Computation of Large Industrial or
  • Commercial Electrical Power Bills
  • Chapter 7 Electric Motors and Generators
  • DC Generator
  • AC Alternator
  • AC Induction Motor
  • Motor Torque and Power
  • Single Phase and Three Phase Motor Line
  • Current Computation
  • Three Phase AC Induction Motor Current
  • Synchronous Motors
  • Motor Starting Methods for Induction Motors
  • Motor Classifications
  • Typical Motor Nameplate Information for
  • Large Three Phase Induction Motor
  • Chapter 8 Power Distribution Equipment, Instrumentation
  • and Electronic Safety Devices
  • Voltage Categories in Power Distribution Systems
  • MCCs or Motor Control Centers
  • Motor Starter—A-B Bulletin
  • Variable Frequency Drives—Up to HP
  • Smart Motor Controllers (SMCs)—Up to A
  • Comparison between SMCs, VFDs and Soft Starts
  • PLC and I/O Chassis
  • Main Switch Yard and Medium Voltage Switchgear
  • Medium Voltage Switchgear—Loop Switch
  • Circuit Breakers
  • Medium-voltage circuit breakers
  • High-voltage circuit breakers
  • Chapter 9 National Electric Code, NFPA® E and Electrical Standards
  • Ampacity of Conductors—Table –
  • Figure : Example of NFPA E Class PPE
  • Electrical Safety Certifications
  • NEMA versus IP Enclosure Ratings
  • Common Electrical/Electronic Safety Devices
  • Chapter 10 Electrical and Controls Drawings
  • Electrical Drawings
  • One-line Schematic Diagram
  • Current Carrying Conductor Size
  • Conduit and Conduit Size
  • Overload Protection Setting
  • Starter Size
  • Overcurrent Protection Fuse Size
  • Fusible disconnect switch size
  • Wiring Diagram
  • Input Control Diagram
  • Output Control Diagram
  • Relay Ladder Logic
  • Chapter 11 Electrical Power Rate Schedules and Electrical Energy
  • Cost Savings Opportunities
  • Three Pronged Approach to
  • Electrical Energy Cost Reduction*
  • Electric Utility Rate Schedules*
  • Rates Under OPT—I Schedule
  • Hourly Pricing Option/Schedule
  • Areas of Opportunity for Electrical Energy Cost Savings
  • Energy Performance Contracting and ESCO Opportunities*
  • Electrical Energy Related Measures
  • Typically Included in ESCO or EPC Endeavors
  • Chapter 12 Illumination and Lighting System Design
  • Lighting Terms, Concepts and Standards
  • Luminous Efficacy or Luminous Efficiency
  • IESNA Recommended Illumination Levels and
  • Lighting Efficacy Comparison
  • Lambert’s Law
  • Illuminance Inverse Square Law
  • Illuminance Cosine-cubed Law
  • Lighting Design Considerations
  • Daylight Based Design Considerations
  • Chapter 13 Batteries
  • Battery Classifications
  • Primary Batteries
  • Secondary Batteries
  • Li-Ion Battery
  • Lead-Acid or SLI Battery
  • Comparison of Electrical Energy and Charge Storage Systems
  • Cost Comparison of Major Secondary Batteries
  • Discharging Characteristics of Batteries
  • Charging of Secondary Batteries
  • Chapter 1 —Solutions
  • Chapter 2 —Solutions
  • Chapter 3 —Solutions
  • Chapter 4 —Solutions
  • Chapter 5 —Solutions
  • Chapter 6 —Solutions
  • Chapter 7 —Solutions
  • Chapter 8 —Answers/Solutions
  • Chapter 9 —Solutions
  • Chapter 10—Solutions
  • Chapter 11 —Solutions
  • Chapter 12 —Solutions
  • Chapter 13 —Solutions
  • Appendix B—Common Units and Unit Conversion Factors
  • Appendix C— Greek Symbols Commonly Used in

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