EBook Gratis - Volume I (Direct Current)

Volume I (DC) ini, ruang lingkupnya meliputi :

• Chapter 1: BASIC CONCEPTS OF ELECTRICITY [ contents: Static electricity ~ Conductors, insulators, and electron flow ~ Electric circuits ~ Voltage and current ~ Resistance ~ Voltage and current in a practical circuit ~ Conventional versus electron flow ~ Contributors ]
• Chapter 2: OHM’s LAW [ contents: How voltage, current, and resistance relate ~ An analogy for Ohm's Law ~ Power in electric circuits ~ Calculating electric power ~ Resistors ~ Nonlinear conduction ~ Circuit wiring ~ Polarity of voltage drops ~ Computer simulation of electric circuits ~ Contributors ]
• Chapter 3: ELECTRICAL SAFETY [ contents: The importance of electrical safety ~ Physiological effects of electricity ~ Shock current path ~ Ohm's Law (again!) ~ Safe practices ~ Emergency response ~ Common sources of hazard ~ Safe circuit design ~ Safe meter usage ~ Electric shock data ~ Contributors ]
• Chapter 4: SCIENTIFIC NOTATION AND METRIC PREFIXES [ contents: Scientific notation ~ Arithmetic with scientific notation ~ Metric notation ~ Metric prefix conversions ~ Hand calculator use ~ Scientific notation in SPICE ~ Contributors ]
• Chapter 5: SERIES AND PARALLEL CIRCUITS [ contents: What are "series" and "parallel" circuits? ~ Simple series circuits ~ Simple parallel circuits ~ Conductance ~ Power calculations ~ Correct use of Ohm's Law ~ Component failure analysis ~ Building simple resistor circuits ~ Contributors ]
• Chapter 6: DIVIDER CIRCUITS AND KIRCHHOFF’S LAWS [ contents: Voltage divider circuits ~ Kirchhoff's Voltage Law (KVL) ~ Current divider circuits ~ Kirchhoff's Current Law (KCL) ~ Contributors ]
• Chapter 7: SERIES-PARALLEL COMBINATION CIRCUITS [ contents: What is a series-parallel circuit? ~ Analysis technique ~ Re-drawing complex schematics ~ Component failure analysis ~ Building series-parallel resistor circuits ~ Contributors ]
• Chapter 8: DC METERING CIRCUITS [ contents: What is a meter? ~ Voltmeter design ~ Voltmeter impact on measured circuit ~ Ammeter design ~ Ammeter impact on measured circuit ~ Ohmmeter design ~ High voltage ohmmeters ~ Multimeters ~ Kelvin (4-wire) resistance measurement ~ Bridge circuits ~ Wattmeter design ~ Creating custom calibration resistances ~ Contributors ]
• Chapter 9: ELECTRICAL INSTRUMENTATION SIGNALS [ contents: Analog and digital signals ~ Voltage signal systems ~ Current signal systems ~ Tachogenerators ~ Thermocouples ~ pH measurement ~ Strain gauges ~ Contributors ]
• Chapter 10: DC NETWORK ANALYSIS [ contents: What is network analysis? ~ Branch current method ~ Mesh current method ~ Node voltage method ~ Introduction to network theorems ~ Millman's Theorem ~ Superposition Theorem ~ Thevenin's Theorem ~ Norton's Theorem ~ Thevenin-Norton equivalencies ~ Millman's Theorem revisited ~ Maximum Power Transfer Theorem ~ -Y and Y- conversions ~ Contributors ]
• Chapter 11: BATTERIES AND POWER SYSTEMS [ contents: Electron activity in chemical reactions ~ Battery construction ~ Battery ratings ~ Special-purpose batteries ~ Practical considerations ~ Contributors ]
• Chapter 12: PHYSICS OF CONDUCTORS AND INSULATORS [ contents: Introduction ~ Conductor size ~ Conductor ampacity ~ Fuses ~ Specific resistance ~ Temperature coefficient of resistance ~ Superconductivity ~ Insulator breakdown voltage ~ Data ~ Contributors ]
• Chapter 13: CAPACITORS [ contents: Electric fields and capacitance ~ Capacitors and calculus ~ Factors affecting capacitance ~ Series and parallel capacitors ~ Practical considerations ~ Contributors ]
• Chapter 14: MAGNETISM AND ELECTROMAGNETISM [ contents: Permanent magnets ~ Electromagnetism ~ Magnetic units of measurement ~ Permeability and saturation ~ Electromagnetic induction ~ Mutual inductance ~ Contributors ]
• Chapter 15: INDUCTORS [ contents: Magnetic fields and inductance ~ Inductors and calculus ~ Factors affecting inductance ~ Series and parallel inductors ~ Practical considerations ~ Contributors ]
• Chapter 16: RC AND L/R TIME CONSTANTS [ contents: Electrical transients ~ Capacitor transient response ~ Inductor transient response ~ Voltage and current calculations ~ Why L/R and not LR? ~ Complex voltage and current calculations ~ Complex circuits ~ Solving for unknown time ~ Contributors ]
• Chapter 17: CONTRIBUTOR LIST [ contents: How to contribute to this book ~ Credits ]

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EBook Gratis - Volume I (Direct Current)