• Lesson 1

    Discover the difference between Analog and Digital Signals without tons of theory and explained in a very easy to understand way. 

  • Lesson 2

    Review how the Analog to Digital (A/D) converter onboard the Arduino Nano works from a hardware vantage point. Includes a deep dive into the most common type of A/D used called a Successive Approximation Register (SAR). 

  • Lesson 3

    Scaling Factors, Resistor Divider Networks, Ohms Law & Power Calculations, Limitations of a 10-Bit A/D 

  • Lesson 4

    Building a Volt Meter Using your Dr.Duino Explorer (Includes Easy To Follow Code)

  • Lesson 5

    Building an Amp Meter Using your Dr.Duino Explorer (Includes Easy To Follow Code)

  • Lesson 6

    Building a Ohm Meter Using your Dr.Duino Explorer (Includes Easy To Follow Code)

  • Lesson 7

    Building a Continuity Meter Using your Dr.Duino Explorer (Includes Easy To Follow Code)

  • Lesson 8

  • Lesson 9

    The Capstone Project | Learn how to use a statemachine to change between all five of these modes. 










Designs subject to change without notice

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