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#660 ARRL Hands-On Radio Experiments Volume 2

Book notes: ARRL’s Hands-On Radio Experiments Volume 2, by H. Ward Silver. Published January 1, 2013.

One of my favourite books for studying discrete aspects of electronics. Compiled from magazine articles, each chapter presents the topic with superb clarity, coupled with a practical demonstration.

Build

Notes

See also:

Note: I purchased this as a stand-alone volume, but now it seems mainly available as a combined “volume 1 & 2” book.

Contents

Electronic Fundamentals..

  • Experiment #64 - Waveforms & Harmonics
  • Experiment #65 - Spectrum Modification
  • Experiment #117 - Laying Down the Laws
  • Experiment #118 - The Laws at Work
  • Experiment #95 - Watt’s In A Waveform?
  • Experiment #75 - Series-Parallel Conversion
  • Experiment #74 - Resonant Circuits
  • Experiment #77 - Load Lines
  • Experiment #105 - Gain-Bandwidth Product
  • Experiment #106 - Effects of Gain-Bandwidth Product
  • Experiment #72 - Return Loss & S-Parameters
  • Experiment #104 - Words to Watch For
  • Experiment #100 - Hands-On Hundred

Simulation

  • Experiment #83 - Circuit Simulation, Part 1
  • Experiment #84 - Circuit Simulation, Build and Test
  • Experiment #85 - Circuit Simulation, Complex Parts
  • Experiment #86 - Viewing Waveforms in LTSpice
  • Experiment #87 - ELSIE Filter Design, Part 1
  • Experiment #88 - ELSIE Filter Design, Part 2
  • Experiment #107 - PCB Layout, Part 1
  • Experiment #108 - PCB Layout, Part 2
  • Experiment #109 - PCB Layout, Part 3
  • Experiment #110 - PCB Layout, Part 4

Antennas and Transmission Lines

  • Experiment #82 - Antenna Height
  • Experiment #113 - Radiation Patterns
  • Experiment #92 - The 468 Factor
  • Experiment #94 - SWR and Transmission Line Loss
  • Experiment #81 - Synchronous Transformer
  • Experiment #111 - Coiled-Coax Chokes
  • Experiment #96 - Open-Wire Transmission Lines
  • Experiment #116 - The Quarter-Three-Quarter Wave (Q3Q) Balun
  • Experiment #119 - The Q3Q Balun Redux

Electronic Circuits and Components

  • Experiment #62 - About Resistors
  • Experiment #63 - About Capacitors
  • Experiment #78 - Bridge Circuits
  • Experiment #115 - All About Tapers
  • Experiment #101 - Rotary Encoders
  • Experiment #76 - Diode Junctions
  • Experiment #99 - Cascode Amplifier
  • Experiment #73 - Choosing an Op Amp
  • Experiment #70 - Three-Terminal Regulator
  • Experiment #98 - Linear Supply Design
  • Experiment #97 - Programmable Frequency Reference

RF Techniques

  • Experiment #91 - Common-Mode Chokes
  • Experiment #112 - RFI Hunt
  • Experiment #114 - Recording Signals
  • Experiment #93 - An LED AM Modulator
  • Experiment #102 - Detecting RF, Part 1
  • Experiment #103 - Detecting RF, Part 2
  • Experiment #66 - Mixer Basics
  • Experiment #68 - Phase-Locked Loop, Part 1
  • Experiment #69 - Phase-Locked Loop, Part 2
  • Experiment #79 - Pi and T Networks

Practical Construction

  • Experiment #120 - Power Protection
  • Experiment #121 - Transient Protection
  • Experiment #90 - Construction Techniques
  • Experiment #89 - Overvoltage Protection
  • Experiment #80 - Battery Capacity
  • Experiment #67 - The Return of the Kit
  • Experiment #71 - Circuit Layout
About LEAP#660 BooksRadio

This page is a web-friendly rendering of my project notes shared in the LEAP GitHub repository.

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About LEAP

LEAP is my personal collection of electronics projects - usually involving an Arduino or other microprocessor in one way or another. Some are full-blown projects, while many are trivial breadboard experiments, intended to learn and explore something interesting.

Projects are often inspired by things found wild on the net, or ideas from the many great electronics podcasts and YouTube channels. Feel free to borrow liberally, and if you spot any issues do let me know or send a pull-request.

NOTE: For a while I included various scale modelling projects here too, but I've now split them off into a new repository: check out LittleModelArt if you are looking for these projects.

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