Simulated Gyroscope

321

02:46:07

Takes about 10 seconds to warm up. 
Why it is a Gyroscope
⚛️Rotating element (e.g., 3.4–46 krpm motor): That’s your angular momentum source—core to gyroscopic systems.
🧲Transformer + inductive coupling: These can simulate torque transfer and rotational inertia effects.
☯️Lissajous figures: These aren’t just pretty waveforms—they’re phase maps, showing how voltage and current oscillate in relation to each other, much like how a gyroscope precesses under torque.
⚖️Waveform phase shifts: The voltage-current lag and RMS values suggest rotational energy storage and directional resistance, which are hallmarks of gyroscopic systems.
🌐Symbolic Interpretation
- The motor acts as a gyroscopic rotor, the transformer as a torque translator, and the waveform display as a precession map.

Comments and opinions are welcome 👽

published 7 months ago

EveryCircuitBoy

7 months ago

This is really cool! It makes me think of an oscillator that draws.

TheObserver

7 months ago

This one is basically a physics lesson on a circuit board. https://everycircuit.com/circuit/5283291825569792

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