Make: Electronics 2nd Edition Component Pack 3 Deluxe -

Make: Electronics 2nd Edition Component Pack 3 Deluxe - Electronic Kit with a ATmega328P Based Microcontroller for Teen to Adult Schools STEM Educational Programs Learning Circuit
- Electronic Components for the final 10 experiments spanning chapter 5 of the second edition of Make: Electronics by Charles Platt - These are the most advanced (intermediate) projects in a book designed for beginners
- Includes all the difficult to source components such as a axially magnetized cylindrical magnet, germanium diode, and a high impedance piezoelectric crystal Earphone / ear piece with a ceramic element
- Covering the last chapter you will venture into some of the most fun and exciting experiments such as No Radio, No Solder, No Power where you build a crystal radio that tunes AM stations without electricity and Tabletop Power which generates alternating current (AC) with a magnetic field through a coil of hook-up or upgraded enamelled magnet wire
- Features a ATmega328P based Arduino Compatible Programmable Microcontroller Development Board (original socketed ATmega328 DIP version) with a USB cable to allow easy programming through the open source integrated development environment (IDE)
- Discover digital logic, program analog and digital inputs, control circuit outputs, learn basic programming skills using functions from the C computer language by creating and controlling real world gadgets like a thermostat or go beyond exploring robotics by creating robots using a ATmega328P based microcontroller to bridge the gap between hardware and software
This electronics kit is the last in the series and has been designed to be used with the ProTechTrader Make: Electronics Component Kits 1 and 2 in order to complete the experiments in chapter 5 of the Amazon Best Seller, Make: Electronics: Learning Through Discovery 2nd Edition by Charles Platt. The components come in a storage box that was specifically chosen to be used as a speaker enclosure in exp 29.

This final chapter of experiments introduces the topics of audio, electromagnetism, radio-frequency devices, and programmable microcontrollers (Arduino) using components many consider difficult to source, but don't worry as we have it covered. We have taken the time-consuming work out by rounding up the parts needed to complete all experiments in chapter 5.

You can rely on the ProTechTrader Make: Electronics Component Kit 3 to put the needed components in your hands as you expand your knowledge base and continue on the electrifying journey of learning electronics. Designed for your convenience each component is individually bagged and attached to an identification card including the parts name, electronic schematic symbol, and experiment number from Make: Electronics 2nd edition.

The ProTechTrader Component Pack 3 includes the following components:

â–ª Arduino Uno & USB Cable
â–ª 100ft Hookup Wire
â–ª High Impedance Crystal Earphone
â–ª Low Signal Germanium Diode
â–ª 4in & 2in Loud Speakers
â–ª Single Chip Audio Amplifier
â–ª NTC Style Thermistor
â–ª Plastic Storage Bin
â–ª Capacitors, Resistors, Trimmer Potentiometers, Switches, Rope, and More!

The ProTechTrader Component Kit 3 Deluxe also includes these upgrades and additions recommended by author Charles Platt:

â–ª 50ft of 16ga Wire for a more powerful antenna
â–ª Upgraded Large Magnet Used for Electricity Generation Experiment
â–ª Enameled Magnet Wire Upgraded from 100ft to 500ft
Country USA
Brand ProTechTrader
Manufacturer ProTechTrader
Binding Toy
ItemPartNumber PTTComp3-2nd-Deluxe
Model PTTComp3-2nd-Deluxe
Color Red, Grey
Size Deluxe
UPCs 789048342845
EANs 0789048342845
ReleaseDate 0000-00-00

Country	USA
Brand	ProTechTrader
Manufacturer	ProTechTrader
Binding	Toy
ItemPartNumber	PTTComp3-2nd-Deluxe
Model	PTTComp3-2nd-Deluxe
Color	Red, Grey
Size	Deluxe
UPCs	789048342845
EANs	0789048342845
ReleaseDate	0000-00-00

Make: Electronics 2nd Edition Component Pack 3 Deluxe - Electronic Kit with a ATmega328P Based Microcontroller for Teen to Adult Schools STEM Educational Programs Learning Circuit

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