Encyclopedia of Electronic Components Volume 1 PDF

Encyclopedia of Electronic Components Volume 1 PDF

Download Encyclopedia of Electronic Components Volume 1 PDF book free – From Encyclopedia of Electronic Components Volume 1 PDF: Want to know how to use an electronic component? This first book of a three-volume set includes key information on electronics parts for your projects—complete with photographs, schematics, and diagrams. Buy from Amazon

Encyclopedia of Electronic Components Volume 1 PDF

You’ll learn what each one does, how it works, why it’s useful, and what variants exist. No matter how much you know about electronics, you’ll find fascinating details you’ve never come across before.

Convenient, concise, well-organized, and precise

Perfect for teachers, hobbyists, engineers, and students of all ages, this reference puts reliable, fact-checked information right at your fingertips—whether you’re refreshing your memory or exploring a component for the first time. Beginners will quickly grasp important concepts, and more experienced users will find the specific details their projects require.

Features: Encyclopedia of Electronic Components Volume 1 PDF

  • Unique: the first and only encyclopedia set on electronic components, distilled into three separate volumes
  • Incredibly detailed: includes information distilled from hundreds of sources
  • Easy to browse: parts are clearly organized by component type
  • Authoritative: fact-checked by expert advisors to ensure that the information is both current and accurate
  • Reliable: a more consistent source of information than online sources, product datasheets, and manufacturer’s tutorials
  • Instructive: each component description provides details about substitutions, common problems, and workarounds
  • Comprehensive: Volume 1 covers power, electromagnetism, and discrete semi-conductors; Volume 2 includes integrated circuits, and light and sound sources; Volume 3 covers a range of sensing devices.

Table of Contents

Dedication
Preface – Encyclopedia of Electronic Components Volume 1 PDF

  1. Datasheets
  2. Wikipedia
  3. Manufacturers’ Tutorials
  4. Personal Guides
    The Encyclopedic Solution
    The Audience
    Completeness
    Other Information
    Acknowledgments
  5. How to Use This Book
    Reference vs. Tutorial
    Theory and Practice
    Organization
    Subject Paths
    Inclusions and Exclusions
    Typographical Conventions
    Volume Contents
    Safari® Books Online
    How to Contact Us
  6. battery
    What It Does
    How It Works
    Electrode Terminology
    Variants
    Disposable Batteries
    Rechargeable Batteries
    Values
    Amperage
    Capacity
    Voltage
    How to Use it
    What Can Go Wrong
    Short Circuits: Overheating and Fire
    Diminished Performance Caused by Improper Recharging
    Complete Discharge of Lead-Acid Battery
    Inadequate Current
    Incorrect Polarity
    Reverse Charging
    Sulfurization
    High Current Flow Between Parallel Batteries
  7. jumper
    What It Does
    How It Works
    Variants
    Values
    How to Use it
    What Can Go Wrong
  8. fuse
    What It Does
    How It Works
    Values
    Variants
    Small Cartridge Fuses
    Automotive Fuses
    Strip Fuses
    Through-Hole Fuses
    Resettable Fuses
    Surface Mount Fuses
    How to Use it
    What Can Go Wrong
    Repeated Failure
    Soldering Damage
    Placement – Encyclopedia of Electronic Components Volume 1 PDF
  9. pushbutton
    What It Does
    How It Works
    Variants
    Poles and Throws
    On-Off Behavior
    Slider
    Styles
    Termination and Contact Plating
    Mounting Style
    Sealed or Unsealed
    Latching
    Foot Pedal
    Keypad
    Tactile Switch
    Membrane Pad
    Radio Buttons
    Snap-Action Switches
    Emergency Switch
    Values
    How to Use it
    What Can Go Wrong
    No Button
    Mounting Problems
    LED Issues
    Other Problems
  10. switch
    What It Does
    How It Works
    Variants
    Terminology
    Poles and Throws
    On-Off Behavior
    Snap-Action
    Rocker
    Slider
    Toggle
    DIP
    SIP
    Paddle
    Vandal Resistant Switch
    Tactile Switch
    Mounting Options
    Termination
    Contact Plating Options
    Values
    How to Use it
    Power Switches
    Limit Switches
    Logic Circuits
    Alternatives
    What Can Go Wrong
    Arcing
    Dry Joints
    Short Circuits
    Contact Contamination
    Wrong Terminal Type
    Contact Bounce
    Mechanical Wear
    Mounting Problems
    Cryptic Schematics
  11. rotary switch
    What It Does
    How It Works
    Variants
    Conventional
    Rotary DIP
    Gray Code
    PC Board Rotary Switch
    Mechanical Encoder
    Pushwheel and Thumbwheel
    Keylock
    Values
    How to Use it – Encyclopedia of Electronic Components Volume 1 PDF
    What Can Go Wrong
    Vulnerable Contacts
    Contact Overload
    Misalignment
    Misidentified Shorting Switch
    User Abuse
    Wrong Shaft, Wrong Knobs, Nuts That Get Lost, Too Big to Fit
  12. rotational encoder
    What It Does
    How It Works
    Variants
    Pulses and Detents
    Format
    Output
    Rotational Resistance
    Values
    Contact Bounce
    Sliding Noise
    How to Use it
    What Can Go Wrong
    Switch Bounce
    Contact Burnout
  13. relay
    What It Does
    How It Works
    Variants
    Latching
    Polarity
    Pinout Variations
    Reed Relay
    Small Signal Relay
    Automotive Relays
    General Purpose/Industrial
    Time Delay Relay
    Contactor
    Values
    How to Use it
    What Can Go Wrong
    Wrong Pinouts
    Wrong Orientation
    Wrong Type
    Wrong Polarity
    AC and DC
    Chatter
    Relay Coil Voltage Spike
    Arcing
    Magnetic Fields
    Environmental Hazards
  14. resistor
    What It Does
    How It Works
    Variants
    Resistor Array
    Values
    Tolerance
    Value Coding
    Stability
    Materials
    How to Use it
    In Series with LED
    Current Limiting with a Transistor
    Pullup and Pulldown Resistors
    Audio Tone Control
    RC Network
    Voltage Divider
    Resistors in Series
    Resistors in Parallel
    What Can Go Wrong
    Heat
    Noise
    Inductance
    Inaccuracy
    Wrong Values
  15. potentiometer
    What It Does
    How It Works
    Variants
    Linear and Log Taper
    Classic-style Potentiometer
    Multiple-Turn Potentiometer
    Ganged Potentiometer
    Switched Potentiometer
    Slider Potentiometer
    Trimmer Potentiometer
    How to Use it
    What Can Go Wrong
    Wear and Tear
    Knobs that Don’t Fit
    Nuts that Get Lost
    A Shaft that Isn’t Long Enough
    Sliders with No Finger Grip
    Too Big to Fit
    Overheating
    The Wrong Taper
  16. capacitor – Encyclopedia of Electronic Components Volume 1 PDF
    What It Does
    How It Works
    Variants
    Format
    Principal Types
    Dielectrics
    Values
    Farads
    Commonly Used Values
    Dielectric Constant
    The Time Constant
    Multiple Capacitors
    Alternating Current and Capacitive Reactance
    Equivalent Series Resistance
    How to Use it
    Bypass Capacitor
    Coupling Capacitor
    High-Pass Filter
    Low-Pass Filter
    Smoothing Capacitor
    Snubber
    Capacitor as a Battery Substitute
    What Can Go Wrong
    Wrong Polarity
    Voltage Overload
    Leakage
    Dielectric Memory
    Specific Electrolytic Issues
    Heat
    Vibration
    Misleading Nomenclature
  17. variable capacitor
    What It Does
    How It Works
    Variants
    Values
    Formats
    How to Use it
    What Can Go Wrong
    Failure to Ground Trimmer Capacitor While Adjusting it
    Application of Overcoat Material or “Lock Paint”
    Lack of Shielding
  18. inductor
    What It Does
    How It Works
    DC Through a Coil
    Magnetic Core
    EMF and Back-EMF
    Electrical and Magnetic Polarity
    Variants
    Magnetic Cores
    Nonmagnetic Cores
    Variable Inductors
    Ferrite Beads
    Toroidal Cores
    Gyrator
    Values
    Calculating Inductance
    Calculating Reactance
    Calculating Reluctance
    Datasheet Terminology
    Series and Parallel Configurations
    Time Constant
    How to Use it
    Core Choices
    Miniaturization
    What Can Go Wrong
    Real-World Defects
    Saturation
    RF Problems
  19. AC-AC transformer
    What It Does
    How It Works
    The Core
    Taps
    Variants
    Core Shapes
    Power Transformer
    Plug-in Transformer
    Isolation Transformer
    Autotransformer
    Variable Transformer
    Audio Transformer
    Split-Bobbin Transformer
    Surface-Mount Transformer
    Values
    How to Use it – Encyclopedia of Electronic Components Volume 1 PDF
    What Can Go Wrong
    Reversal of Input and Output
    Shock Hazard from Common Ground
    Accidental DC Input
    Overload
    Incorrect AC Frequency
  20. AC-DC power supply
    What It Does
    Variants
    Linear Regulated Power Supply
    Switching Power Supply
    Unregulated Power Supply
    Adjustable Power Supply
    Voltage Multiplier
    Formats
    How to Use it
    What Can Go Wrong
    High Voltage Shock
    Capacitor Failure
    Electrical Noise
    Peak Inrush
  21. DC-DC converter
    What It Does
    How It Works
    Variants
    Buck Converter
    Boost Converter
    Flyback Converter with Inductor
    Flyback Converter with Transformer
    Formats
    Values
    Nominal Input Voltage and Frequency
    Output Voltage
    Input Current and Output Current
    Load Regulation
    Efficiency
    Ripple and Noise
    Isolated or Non-Isolated
    How to Use it
    What Can Go Wrong
    Electrical Noise in Output
    Excess Heat with No Load
    Inaccurate Voltage Output with Low Load
  22. DC-AC inverter
    What It Does
    How It Works
    Variants
    Values
    How to Use it
    What Can Go Wrong
  23. voltage regulator
    What It Does
    How It Works
    Variants
    Packaging
    Popular Varieties
    Adjustable Regulators
    Negative and Positive Regulators
    Low-Dropout Linear Regulators
    Quasi-Low-Dropout Linear Regulators
    Additional Pin Functions
    Values
    How to Use it
    What Can Go Wrong
    Inadequate Heat Management
    Transient Response
    Misidentified Parts
    Misidentified Pins
    Dropout Caused by Low Battery
    Inaccurate Delivered Voltage
  24. electromagnet
    What It Does
    How It Works
    Variants
    Values
    How to Use it
    What Can Go Wrong
  25. solenoid
    What It Does
    How It Works
    Variants
    Low Profile
    Latching
    Rotary
    Hinged Clapper
    Values – Encyclopedia of Electronic Components Volume 1 PDF
    Coil Size vs. Power
    How to Use it
    What Can Go Wrong
    Heat
    AC Inrush
    Unwanted EMF
    Loose Plunger
  26. DC motor
    What It Does
    How It Works
    Variants
    Coil Configurations
    Gearhead Motor
    Brushless DC Motor
    Linear Actuator
    Values
    How to Use it
    Speed Control
    Direction Control
    Limit Switches
    What Can Go Wrong
    Brushes and Commutator
    Electrical Noise
    Heat effects
    Ambient Conditions
    Wrong Shaft Type or Diameter
    Incompatible Motor Mounts
    Backlash
    Bearings
    Audible Noise
  27. AC motor
    What It Does
    How It Works
    Stator Design
    Rotor Design
    Variants
    Single-Phase Induction Motor
    Three-Phase Induction Motor
    Synchronous Motor
    Reluctance Motor
    Variable Frequency Drive
    Wound-Rotor AC Induction Motor
    Universal Motor
    Inverted AC Motors
    Values
    How to Use It
    What Can Go Wrong
    Premature Restart
    Frequent Restart
    Undervoltage or Voltage Imbalance
    Stalled Motor
    Protective Relays
    Excess Torque
    Internal Breakage
  28. servo motor
    What It Does
    How It Works
    Variants
    Values
    How to Use it
    Modification for Continuous Rotation
    What Can Go Wrong
    Incorrect Wiring
    Shaft/Horn Mismatch
    Unrealistically Rapid Software Commands
    Jitter
    Motor Overload
    Unrealistic Duty Cycle
    Electrical Noise
  29. stepper motor
    What It Does
    How It Works
    Reluctance Stepper Motors
    Permanent Magnet Stepper Motors
    Bipolar Stepper Motors
    Unipolar Motors
    Variants
    High Phase Count
    Hybrid
    Bifilar
    Multiphase – Encyclopedia of Electronic Components Volume 1 PDF
    Microstepping
    Sensing and Feedback
    Voltage Control
    Values
    How to Use it
    Protection Diodes
    Positional Control
    What Can Go Wrong
    Incorrect Wiring
    Step Loss
    Excessive Torque
    Hysteresis
    Resonance
    Hunting
    Saturation
    Rotor Demagnetization
  30. diode
    What It Does
    How It Works
    Variants
    Packaging
    Signal Diodes
    Rectifier Diodes
    Zener Diode
    Transient Voltage Suppressor (TVS)
    Schottky Diode
    Varactor Diode
    Tunnel Diode, Gunn Diode, PIN Diode
    Diode Array
    Bridge Rectifier
    Values
    How to Use it
    Rectification
    Back-EMF Suppression
    Voltage Selection
    Voltage Clamping
    Logic Gate
    DC Voltage Regulation and Noise Suppression
    AC Voltage Control and Signal Clipping
    Voltage Sensing
    What Can Go Wrong
    Overload
    Reversed Polarity
    Wrong Type of Diode
  31. unijunction transistor
    What It Does
    How It Works
    Variants
    Values
    How to Use it
    What Can Go Wrong
    Name Confusion
    Incorrect Bias
    Overload
  32. bipolar transistor
    What It Does
    How It Works
    Current Gain
    Terminology
    Variants
    Packaging
    Connections
    How to Use it
    Darlington Pairs
    Amplifiers
    What Can Go Wrong
    Wrong Connections on a Bipolar Transistor
    Wrong Connections on a Darlington Pair Chip
    Soldering Damage
    Excessive Current or Voltage
    Excessive Leakage
  33. field effect transistor
    What It Does
    How It Works
    JFETs
    JFET Behavior
    MOSFETs
    The Substrate Connection
    Variants
    MESFET
    V-Channel MOSFET
    Trench MOS
    Values
    How to Use it
    P-Channel Disadvantage
    Bipolar Substitution
    Amplifier Front Ends
    Voltage-Controlled Resistor
    Compatibility with Digital Devices
    What Can Go Wrong
    Static Electricity
    Heat
    Wrong Bias
    A. Schematic Symbols
    Index
    About the Author
    Copyright

Review – Encyclopedia of Electronic Components Volume 1 PDF

This book is great as an introduction into Electronics. I think it’s useful to have around in case you ever want to look anything up but I was under the assumption it would be more encyclopedic whereas this is sort of like a 6th graders reference book for not any sort of actual practical referencing but just something need to look at in read. There are some chapters that are incredibly long on things like relays that, while correct and useful to people who use a lot of relays, are incredibly boring for 90% of the people that are going to be reading this book. Relay is a great device if you’re making an oven but if you’re making an oven you’re not reading this book. Encyclopedia of Electronic Components Volume 1 PDF

That is to say, the writer is very intelligent as far as electrical engineering goes however the writer is not cognizant of who he is writing to, he switches between thinking his audiences incredibly developed in their Electronics knowledge and thinking that his audience knows nothing about Electronics. For example, the DC motor and AC motor section is the majority of the book. I mean not exactly but it’s very long however a DC motor has two connectors and we all know how to wire it up to get it to work it’s the simplest electronic component in the world. The mosfet is given 2 pages and is lumped in with the JFET, and enhancement mode, depletion mode, and channel, P Channel, the various regions, and it’s applications (of which the P Channel mosfet application listed was something like “no one uses p channel mosfets”) are zoomed through. The incongruity there being that the mosfet is very likely the most used electronic component in history and the relay is giving much more detail.Encyclopedia of Electronic Components Volume 1 PDF

however I got this book when I didn’t know s*** about electronics and now I do so maybe I can sound all high-and-mighty like this because I read the book and having read the book I Now understand Electronics. It’s a chicken or the egg kind of thing. But this is a genuine review and if this is what you want, and I’m sure it is, then you should buy the book because I did and now I know electronics well enough to write a review ragging on this book (chicken/egg
…ya know).

Book Description

Power Sources and Conversion

About the Author

Encyclopedia of Electronic Components will be in three volumes, the second and third of which are now in preparation. In addition, Charles Platt is working on a sequel to his popular Make:Electronics, to be titled Make More Electronics.

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