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  • Menu

Madshutter Photo

  • projects.
    • neon space moon.
    • the shape of refractive memory.
  • places.
    • new york.
    • bali.
    • paris.
    • los angeles.
    • australia.
    • japan.
    • sedona.
    • england.
  • people.
    • sports.
    • portraits.
    • events.
  • things.
    • wildlife.
  • itp blog.
    • itp_general.
    • itp_icm_f18.
    • itp_physical computing_f18.
    • itp_video&sound_f18.
    • itp_visual language_f18.
    • itp_animation_f18.
    • itp_wearables_s19
    • itp_fandom_s19
    • itp_turning_s19
    • itp_uxdesign_s19
    • itp_fungus_s19
    • itp_softrobotics_s19
    • itp_augmentedreality_f19
    • itp_fabrication_f19
    • itp_light&interactivity_s20
  • connect with me.
Ball Switch

Ball Switch

Week Two, Switch Lab

September 18, 2018

For this week’s labs I successfully was able to create a kinetic switch with the following materials:

  • (1) Marble found on floor

  • Pieces of a box

  • Glue gun

  • Cooper conductive tape

  • (1) Breadboard

  • (1) DC Adapter

  • (1) Green LED

  • (1) Voltage Regulator

  • (1) 220 Ω Resistor

  • Wire

I drew some inspiration from a favorite game of mine that I played when I was a little kid - the ultimate marble drop maze contraption, where the marble drops down a created maze (by me the inventor) and I watched in amazement as the marble would fly though the design.

My thought was that with gravity and contact with conductive materials, that the LED would remain lit. I learned that this was accurate, but didn’t account for the speed affecting the contact and thus affecting the brightness of the LED. As the marble gained speed, the contact was not as strong so the LED flickered.

x.

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