Index

Elektronics

Interdisciplinary Project Winter Semester 2018/2019 Rhine-Waal University of Applied Sciences FabLab Kamp-Lintfort by Adriana Cabrera, Prof. Karsten Nebe, Prof. William Megill Faculty Enviroment and Energy

First we watched some accessathon videos as examples for what is possible for our final projects.


Electronics

some notes:

  • switch/brain/pedal = input

  • mirco controller/me/person = trigger

  • light/speaker/display = output

  • voltage keeps electrons moving

  • preassure moves them

  • I (amperes) = V (volts) / R (ohms)

  • series circuit: each led 3 v(current) = battery 6v

  • Parallel: battery is 3 = splitted current onto two leds


    • Arduino


  • logic between 0 and 1 is digital, (for example switch to turn on and off light)

  • analog: music-> turn louder (range)

    • Steps
    Open new, basic, blink, type in number of hole
    ground in blue(minus); (black kable usually for ground; red usually V;
    plug in as in picture
    calculate resistor -> R = (Vs- Vled)/Iled
    build in/integrate resistor

    Putting together the arduino + software