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Multi-Phase MOSFET Modulator Circuit that could be tuned for magnetic field interaction and expanded into other applications.
This circuit uses multiple MOSFETs and transistors to shape and modulate waveform output across several phases. Capacitors and inductors store and release energy in timed pulses, while reverse-biased diode buffers collapse and stabilizes the field. The result is a reactive signal sculptor tuned for rhythmic discharge and controlled waveform behavior.
With minor modifications, this build can be adapted for magnetic field tuning. By integrating ferrite-core inductors, Hall-effect sensors, or magnetoresistive elements, the circuit can respond to external magnetic fields—altering waveform characteristics such as frequency, amplitude, and phase. Coil geometry can also be optimized for field coupling, enabling the circuit to act as a magnetic lens or resonance probe.
Potential applications include:
- Magnetic field sensing and mapping
- Inductive coupling experiments
- Field-sensitive waveform modulation
- Low-power signal sculpting
- Symbolic resonance exploration
Feel free to copy and modify as you wish as always, comments and opinions are always appreciated. 👽🧲⚡
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