Lessons In Electric Circuits.pdf

Great free ebook about electronic circuit provided by Tony R. Kuphaldt, this is a very complete handbook for those who want to learn deeper in electronic/electric circuits. Whether you’re an electrical engineering, mechanical engineering professional, student or college, computer geek or just hobbyist this free ebook is a must download!

Lessons In Electric Circuits covers from basic to advance knowledge in Electrical, including digital circuits and semiconductors, there are many e-books in engineering, but ones that covers electrical engineering in fundamental is limited, this electrical engineering e-book is one of genre said above.

This ebook is available FREE at ibiblio website, we merely collect the information, we are neither affiliated with the author(s), the website and any brand nor responsible for its content and change of content. (Read our disclaimer here or here before you download the document from the website written above by clicking the below link).

Table of content of the e-book in engineering along with download links:

• Volume I - DC (pdf file, 6 MB)
  • 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 ]
• Volume II - AC (pdf file, 3 MB)
  • Chapter 1: BASIC AC THEORY [ contents: What is alternating current (AC)? ~ AC waveforms ~ Measurements of AC magnitude ~ Simple AC circuit calculations ~ AC phase ~ Principles of radio ~ Contributors ]
  • Chapter 2: COMPLEX NUMBERS [ contents: Introduction ~ Vectors and AC waveforms ~ Simple vector addition ~ Complex vector addition ~ Polar and rectangular notation ~ Complex number arithmetic ~ More on AC "polarity" ~ Some examples with AC circuits ~ Contributors ]
  • Chapter 3: REACTANCE AND IMPEDANCE — INDUCTIVE [ contents: AC resistor circuits ~ AC inductor circuits ~ Series resistor-inductor circuits ~ Parallel resistor-inductor circuits ~ Inductor quirks ~ More on the ``skin effect'' ~ Contributors ]
  • Chapter 4: REACTANCE AND IMPEDANCE — CAPACITIVE [ contents: AC resistor circuits ~ AC capacitor circuits ~ Series resistor-capacitor circuits ~ Parallel resistor-capacitor circuits ~ Capacitor quirks ~ Contributors ]
  • Chapter 5: REACTANCE AND IMPEDANCE — R, L, AND C [ contents: Review of R, X, and Z ~ Series R, L, and C ~ Parallel R, L, and C ~ Series-parallel R, L, and C ~ Susceptance and Admittance ~ Summary ~ Contributors ]
  • Chapter 6: RESONANCE [ contents: An electric pendulum ~ Simple parallel (tank circuit) resonance ~ Simple series resonance ~ Applications of resonance ~ Resonance in series-parallel circuits ~ Q and bandwidth of a resonant circuit ~ Contributors ]
  • Chapter 7: MIXED-FREQUENCY AC SIGNALS [ contents: Introduction ~ Square wave signals ~ Other waveshapes ~ More on spectrum analysis ~ Circuit effects ~ Contributors ]
  • Chapter 8: FILTERS [ contents: What is a filter? ~ Low-pass filters ~ High-pass filters ~ Band-pass filters ~ Band-stop filters ~ Resonant filters ~ Summary ~ Contributors ]
  • Chapter 9: TRANSFORMERS [ contents: Mutual inductance and basic operation ~ Step-up and step-down transformers ~ Electrical isolation ~ Phasing ~ Winding configurations ~ Voltage regulation ~ Special transformers and applications ~ Practical considerations ~ Contributors ]
  • Chapter 10: POLYPHASE AC CIRCUITS [ contents: Single-phase power systems ~ Three-phase power systems ~ Phase rotation ~ Polyphase motor design ~ Three-phase Y and configurations ~ Three-phase transformer circuits ~ Harmonics in polyphase power systems ~ Harmonic phase sequences ~ Contributors ]
  • Chapter 11: POWER FACTOR [ contents: Power in resistive and reactive AC circuits ~ True, Reactive, and Apparent power ~ Calculating power factor ~ Practical power factor correction ~ Contributors ]
  • Chapter 12: AC METERING CIRCUITS [ contents: AC voltmeters and ammeters ~ Frequency and phase measurement ~ Power measurement ~ Power quality measurement ~ AC bridge circuits ~ AC instrumentation transducers ~ Contributors ]
  • Chapter 13: AC MOTORS [ contents: Introduction ~ Synchronous Motors ~ Synchronous condenser ~ Reluctance motor ~ Stepper motors ~ Brushless DC motor ~ Tesla polyphase induction motors ~ Wound rotor induction motors ~ Single-phase induction motors ~ Other specialized motors ~ Selsyn (synchro) motors ~ AC commutator motors ]
  • Chapter 14: TRANSMISSION LINES [ contents: A 50-ohm cable? ~ Circuits and the speed of light ~ Characteristic impedance ~ Finite-length transmission lines ~ ``Long'' and ``short'' transmission lines ~ Standing waves and resonance ~ Impedance transformation ~ Waveguides ]
  • Chapter 15: CONTRIBUTOR LIST [ contents: How to contribute to this book ~ Credits ]
• Volume III - Semiconductors (pdf file, 3.8 MB)
  • Chapter 1: AMPLIFIERS AND ACTIVE DEVICES [ contents: From electric to electronic ~ Active versus passive devices ~ Amplifiers ~ Amplifier gain ~ Decibels ~ Absolute dB scales ~ Attenuators ]
  • Chapter 2: SOLID-STATE DEVICE THEORY [ contents: Introduction ~ Quantum physics ~ Valence and Crystal structure ~ Band theory of solids ~ Electrons and ``holes'' ~ The P-N junction ~ Junction diodes ~ Bipolar junction transistors ~ Junction field-effect transistors ~ Insulated-gate field-effect transistors (MOSFET) ~ Thyristors ~ Semiconductor manufacturing techniques ~ Superconducting devices ~ Quantum devices ~ Semiconductor devices in SPICE ]
  • Chapter 3: DIODES AND RECTIFIERS [ contents: Introduction ~ Meter check of a diode ~ Diode ratings ~ Rectifier circuits ~ Peak detector ~ Clipper circuits ~ Clamper circuits ~ Voltage multipliers ~ Inductor commutating circuits ~ Diode switching circuits ~ Zener diodes ~ Special-purpose diodes ~ Other diode technologies ~ SPICE models ]
  • Chapter 4: BIPOLAR JUNCTION TRANSISTORS [ contents: Introduction ~ The transistor as a switch ~ Meter check of a transistor ~ Active mode operation ~ The common-emitter amplifier ~ The common-collector amplifier ~ The common-base amplifier ~ Biasing techniques ~ Input and output coupling ~ Feedback ~ Amplifier impedances ~ Current mirrors ~ Transistor ratings and packages ~ BJT quirks ]
  • Chapter 5: JUNCTION FIELD-EFFECT TRANSISTORS [ contents: Introduction ~ The transistor as a switch ~ Meter check of a transistor ~ Active-mode operation ~ The common-source amplifier -- PENDING ~ The common-drain amplifier -- PENDING ~ The common-gate amplifier -- PENDING ~ Biasing techniques -- PENDING ~ Transistor ratings and packages -- PENDING ~ JFET quirks -- PENDING ]
  • Chapter 6: INSULATED-GATE FIELD-EFFECT TRANSISTORS [ contents: Introduction ~ Depletion-type IGFETs ~ Enhancement-type IGFETs -- PENDING ~ Active-mode operation -- PENDING ~ The common-source amplifier -- PENDING ~ The common-drain amplifier -- PENDING ~ The common-gate amplifier -- PENDING ~ Biasing techniques -- PENDING ~ Transistor ratings and packages -- PENDING ~ IGFET quirks -- PENDING ~ MESFETs -- PENDING ~ IGBTs ]
  • Chapter 7: THYRISTORS [ contents: Hysteresis ~ Gas discharge tubes ~ The Shockley Diode ~ The DIAC ~ The Silicon-Controlled Rectifier (SCR) ~ The TRIAC ~ Optothyristors ~ The Unijunction Transistor (UJT) -- PENDING ~ The Silicon-Controlled Switch (SCS) ~ Field-effect-controlled thyristors ]
  • Chapter 8: OPERATIONAL AMPLIFIERS [ contents: Introduction ~ Single-ended and differential amplifiers ~ The "operational" amplifier ~ Negative feedback ~ Divided feedback ~ An analogy for divided feedback ~ Voltage-to-current signal conversion ~ Averager and summer circuits ~ Building a differential amplifier ~ The instrumentation amplifier ~ Differentiator and integrator circuits ~ Positive feedback ~ Practical considerations ~ Operational amplifier models ~ Data ]
  • Chapter 9: PRACTICAL ANALOG SEMICONDUCTOR CIRCUITS [ contents: ElectroStatic Discharge ~ Power supply circuits -- INCOMPLETE ~ Amplifier circuits -- PENDING ~ Oscillator circuits -- INCOMPLETE ~ Phase-locked loops -- PENDING ~ Radio circuits -- INCOMPLETE ~ Computational circuits ~ Measurement circuits -- INCOMPLETE ~ Control circuits -- PENDING ]
  • Chapter 10: ACTIVE FILTERS
  • Chapter 11: DC MOTOR DRIVES
  • Chapter 12: INVERTERS AND AC MOTOR DRIVES
  • Chapter 13: ELECTRON TUBES [ contents: Introduction ~ Early tube history ~ The triode ~ The tetrode ~ Beam power tubes ~ The pentode ~ Combination tubes ~ Tube parameters ~ Ionization (gas-filled) tubes ~ Display tubes ~ Microwave tubes ~ Tubes versus Semiconductors ]
  • Chapter 14: CONTRIBUTOR LIST [ contents: How to contribute to this book ~ Credits ]
• Volume IV - Digital (pdf file, 2.75 MB)
  • Chapter 1: NUMERATION SYSTEMS [ contents: Numbers and symbols ~ Systems of numeration ~ Decimal versus binary numeration ~ Octal and hexadecimal numeration ~ Octal and hexadecimal to decimal conversion ~ Conversion from decimal numeration ]
  • Chapter 2: BINARY ARITHMETIC [ contents: Numbers versus numeration ~ Binary addition ~ Negative binary numbers ~ Subtraction ~ Overflow ~ Bit groupings ]
  • Chapter 3: LOGIC GATES [ contents: Digital signals and gates ~ The NOT gate ~ The "buffer" gate ~ Multiple-input gates ~ TTL NAND and AND gates ~ TTL NOR and OR gates ~ CMOS gate circuitry ~ Special-output gates ~ Gate universality ~ Logic signal voltage levels ~ DIP gate packaging ~ Contributors ]
  • Chapter 4: SWITCHES [ contents: Switch types ~ Switch contact design ~ Contact "normal" state and make/break sequence ~ Contact "bounce" ]
  • Chapter 5: ELECTROMECHANICAL RELAYS [ contents: Relay construction ~ Contactors ~ Time-delay relays ~ Protective relays ~ Solid-state relays ]
  • Chapter 6: LADDER LOGIC [ contents: "Ladder" diagrams ~ Digital logic functions ~ Permissive and interlock circuits ~ Motor control circuits ~ Fail-safe design ~ Programmable logic controllers ~ Contributors ]
  • Chapter 7: BOOLEAN ALGEBRA [ contents: Introduction ~ Boolean arithmetic ~ Boolean algebraic identities ~ Boolean algebraic properties ~ Boolean rules for simplification ~ Circuit simplification examples ~ The Exclusive-OR function ~ DeMorgan's Theorems ~ Converting truth tables into Boolean expressions ]
  • Chapter 8: KARNAUGH MAPPING [ contents: Introduction ~ Venn diagrams and sets ~ Boolean Relationships on Venn Diagrams ~ Making a Venn diagram look like a Karnaugh map ~ Karnaugh maps, truth tables, and Boolean expressions ~ Logic simplification with Karnaugh maps ~ Larger 4-variable Karnaugh maps ~ Minterm vs maxterm solution ~ (sum) and (product) notation ~ Don't care cells in the Karnaugh map ~ Larger 5 & 6-variable Karnaugh maps ]
  • Chapter 9: COMBINATIONAL LOGIC FUNCTIONS [ contents: Introduction ~ A Half-Adder ~ A Full-Adder ~ Decoder ~ Encoder ~ Demultiplexers ~ Multiplexers ~ Using multiple combinational circuits ]
  • Chapter 10: MULTIVIBRATORS [ contents: Digital logic with feedback ~ The S-R latch ~ The gated S-R latch ~ The D latch ~ Edge-triggered latches: Flip-Flops ~ The J-K flip-flop ~ Asynchronous flip-flop inputs ~ Monostable multivibrators ]
  • Chapter 11: COUNTERS [ contents: Binary count sequence ~ Asynchronous counters ~ Synchronous counters ~ Counter modulus ]
  • Chapter 12: SHIFT REGISTERS [ contents: Introduction ~ Serial-in/serial-out shift register ~ Parallel-in, serial-out shift register ~ Serial-in, parallel-out shift register ~ Parallel-in, parallel-out, universal shift register ~ Ring counters ~ references ]
  • Chapter 13: DIGITAL-ANALOG CONVERSION [ contents: Introduction ~ The R/2nR DAC ~ The R/2R DAC ~ Flash ADC ~ Digital ramp ADC ~ Successive approximation ADC ~ Tracking ADC ~ Slope (integrating) ADC ~ Delta-Sigma () ADC ~ Practical considerations of ADC circuits ]
  • Chapter 14: DIGITAL COMMUNICATION [ contents: Introduction ~ Networks and busses ~ Data flow ~ Electrical signal types ~ Optical data communication ~ Network topology ~ Network protocols ~ Practical considerations ]
  • Chapter 15: DIGITAL STORAGE (MEMORY) [ contents: Why digital? ~ Digital memory terms and concepts ~ Modern nonmechanical memory ~ Historical, nonmechanical memory technologies ~ Read-only memory ~ Memory with moving parts: "Drives" ]
  • Chapter 16: PRINCIPLES OF DIGITAL COMPUTING [ contents: A binary adder ~ Look-up tables ~ Finite-state machines ~ Microprocessors ~ Microprocessor programming ]
  • Chapter 17: CONTRIBUTOR LIST [ contents: How to contribute to this book ~ Credits ]
• Volume V - Reference (pdf file, 0.7 MB)
  • Chapter 1: USEFUL EQUATIONS AND CONVERSION FACTORS [ contents: DC circuit equations and laws ~ Series circuit rules ~ Parallel circuit rules ~ Series and parallel component equivalent values ~ Capacitor sizing equation ~ Inductor sizing equation ~ Time constant equations ~ AC circuit equations ~ Decibels ~ Metric prefixes and unit conversions ~ Data ~ Contributors ]
  • Chapter 2: COLOR CODES [ contents: Resistor Color Codes ~ Wiring Color Codes ]
  • Chapter 3: CONDUCTOR AND INSULATOR TABLES [ contents: Copper wire gage table ~ Copper wire ampacity table ~ Coefficients of specific resistance ~ Temperature coefficients of resistance ~ Critical temperatures for superconductors ~ Dielectric strengths for insulators ~ Data ]
  • Chapter 4: ALGEBRA REFERENCE [ contents: Basic identities ~ Arithmetic properties ~ Properties of exponents ~ Radicals ~ Important constants ~ Logarithms ~ Factoring equivalencies ~ The quadratic formula ~ Sequences ~ Factorials ~ Solving simultaneous equations ~ Contributors ]
  • Chapter 5: TRIGONOMETRY REFERENCE [ contents: Right triangle trigonometry ~ Non-right triangle trigonometry ~ Trigonometric equivalencies ~ Hyperbolic functions ~ Contributors ]
  • Chapter 6: CALCULUS REFERENCE [ contents: Rules for limits ~ Derivative of a constant ~ Common derivatives ~ Derivatives of power functions of e ~ Trigonometric derivatives ~ Rules for derivatives ~ The antiderivative (Indefinite integral) ~ Common antiderivatives ~ Antiderivatives of power functions of e ~ Rules for antiderivatives ~ Definite integrals and the fundamental theorem of calculus ~ Differential equations ]
  • Chapter 7: USING THE SPICE CIRCUIT SIMULATION PROGRAM [ contents: Introduction ~ History of SPICE ~ Fundamentals of SPICE programming ~ The command-line interface ~ Circuit components ~ Analysis options ~ Quirks ~ Example circuits and netlists ]
  • Chapter 8: TROUBLESHOOTING — THEORY AND PRACTICE [ contents: Questions to ask before proceeding ~ General troubleshooting tips ~ Specific troubleshooting techniques ~ Likely failures in proven systems ~ Likely failures in unproven systems ~ Potential pitfalls ~ Contributors ]
  • Chapter 9: CIRCUIT SCHEMATIC SYMBOLS [ contents: Wires and connections ~ Power sources ~ Resistors ~ Capacitors ~ Inductors ~ Mutual inductors ~ Switches, hand actuated ~ Switches, process actuated ~ Switches, electrically actuated (relays) ~ Connectors ~ Diodes ~ Transistors, bipolar ~ Transistors, junction field-effect (JFET) ~ Transistors, insulated-gate field-effect (IGFET or MOSFET) ~ Transistors, hybrid ~ Thyristors ~ Integrated circuits ~ Electron tubes ]
  • Chapter 10: PERIODIC TABLE OF THE ELEMENTS [ contents: Table (landscape view) ~ Table (portrait view) ~ Data ]
  • Chapter 11: CONTRIBUTOR LIST [ contents: How to contribute to this book ~ Credits ]
• Volume VI - Experiments (pdf file, 3.7 MB)
  • Chapter 1: INTRODUCTION [ contents: Electronics as science ~ Setting up a home lab ~ Contributors ]
  • Chapter 2: BASIC CONCEPTS AND TEST EQUIPMENT [ contents: Voltmeter usage ~ Ohmmeter usage ~ A very simple circuit ~ Ammeter usage ~ Ohm's Law ~ Nonlinear resistance ~ Power dissipation ~ Circuit with a switch ~ Electromagnetism ~ Electromagnetic induction ]
  • Chapter 3: DC CIRCUITS [ contents: Introduction ~ Series batteries ~ Parallel batteries ~ Voltage divider ~ Current divider ~ Potentiometer as a voltage divider ~ Potentiometer as a rheostat ~ Precision potentiometer ~ Rheostat range limiting ~ Thermoelectricity ~ Make your own multimeter ~ Sensitive voltage detector ~ Potentiometric voltmeter ~ 4-wire resistance measurement ~ A very simple computer ~ Potato battery ~ Capacitor charging and discharging ~ Rate-of-change indicator ]
  • Chapter 4: AC CIRCUITS [ contents: Introduction ~ Transformer -- power supply ~ Build a transformer ~ Variable inductor ~ Sensitive audio detector ~ Sensing AC magnetic fields ~ Sensing AC electric fields ~ Automotive alternator ~ Induction motor ~ Phase shift ~ Sound cancellation ~ Musical keyboard as a signal generator ~ PC Oscilloscope ~ Waveform analysis ~ Inductor-capacitor "tank" circuit ~ Signal coupling ]
  • Chapter 5: DISCRETE SEMICONDUCTOR CIRCUITS [ contents: Introduction ~ Commutating diode ~ Half-wave rectifier ~ Full-wave center-tap rectifier ~ Full-wave bridge rectifier ~ Rectifier/filter circuit ~ Voltage regulator ~ Transistor as a switch ~ Static electricity sensor ~ Pulsed-light sensor ~ Voltage follower ~ Common-emitter amplifier ~ Multi-stage amplifier ~ Current mirror ~ JFET current regulator ~ Differential amplifier ~ Simple op-amp ~ Audio oscillator ~ Vacuum tube audio amplifier ]
  • Chapter 6: ANALOG INTEGRATED CIRCUITS [ contents: Introduction ~ Voltage comparator ~ Precision voltage follower ~ Noninverting amplifier ~ High-impedance voltmeter ~ Integrator ~ 555 audio oscillator ~ 555 ramp generator ~ PWM power controller ~ Class B audio amplifier ]
  • Chapter 7: DIGITAL INTEGRATED CIRCUITS [ contents: Introduction ~ Basic gate function ~ NOR gate S-R latch ~ NAND gate S-R enabled latch ~ NAND gate S-R flip-flop ~ LED sequencer ~ Simple combination lock ~ 3-bit binary counter ~ 7-segment display ]
  • Chapter 8: CONTRIBUTOR LIST [ contents: How to contribute to this book ~ Credits ]

Copyright (C) 2000-2007, Tony R. Kuphaldt.

This ebook also available here, either in html format or pdf format.

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