26/08/2025
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🚫 Warning About Phone-Powered Toroidal Coils 🚫
Many sellers claim their “phone-powered torus coils” can emit healing frequencies simply by plugging in your phone and playing tones. This is misleading. A phone cannot supply the necessary current to energize a coil — it only outputs a tiny audio signal for headphones. Connecting it to a coil risks damaging your phone while producing no meaningful field.
🔎 The Science Behind It
A 100 mm torus requires real current through its copper windings to generate a measurable electromagnetic field.
The strength and reach of the field depend on wire turns, thickness, and supplied current.
A phone outputs only milliwatts — far too weak to energize the torus.
Without correct orgonite proportions (balanced resin, metal shavings, quartz), even a well-wound coil won’t function properly. Random “fancy crystal mixes” don’t replace proper design.
⚠️ About Spinning Pendulums and Magnets
Many demonstrations show a pendulum or magnet spinning inside the torus when “energized.”
This is not scientific proof — it’s just a weak, irregular magnetic disturbance moving lightweight objects.
Smooth spinning may suggest a steadier field, while chaotic jumping means instability or a weak drive signal.
These tricks look convincing on video but do not prove structured healing frequencies.
🚨 The Hidden Amplifier & Tiny Base Problem
Sellers may secretly use an amplifier or driver circuit hidden off-camera, while pretending the torus runs directly from a phone.
Almost all of these products are mounted on small, decorative 3D-printed bases — the same ones you see everywhere online.
These bases are only large enough for a headphone jack, LED, or a switch.
They are nowhere near big enough to contain the real hardware (power supply, amplifier, cooling, protection circuits).
Claiming that a powerful system fits inside one of these miniature plastic bases is unrealistic and deceptive.
❓ Why No One Uses a Gauss Meter
A Gauss meter measures the actual magnetic field strength in Tesla or Gauss.
If these torus devices really produced strong fields, showing gauss meter readings on camera would be the simplest and most convincing proof.
Yet sellers never do this — because the readings would reveal how weak the fields actually are.
Instead, they rely on pendulums, magnets, and vague demonstrations that look impressive but provide no scientific measurement.
⚡ What’s Really Needed
To properly energize a toroidal coil, you need:
A dedicated power supply (PSU) with stable output.
Frequency generator for clean, adjustable waveforms.
An amplifier to deliver sufficient current.
Over-current and thermal protection for safe operation.
Heat management (cooling, fans, or heat sinks).
An aluminum enclosure acts as a Faraday cage to block interference from surrounding electronics.
The enclosure must be separate from the torus so it does not distort the field.
💡 Bottom Line
If you see a torus coil on a tiny 3D-printed base with just a phone plugged in, remember: it cannot produce the fields claimed. Real field measurements with a gauss meter would instantly expose this. Don’t spend hundreds or thousands on staged demonstrations — true toroidal field generation requires proper electronics, shielding, and engineering.
