Descrizione
A plasma arc will not learn your music. It feels the melody.
The Tesla Arc is a sealed glass sphere filled with inert argon, driven at 48 volts, with a high-frequency discharge that reaches out from the centre electrode toward whatever comes close. Put a fingertip on the glass and the arc follows it, which is the moment most people stop reading the spec sheet and start playing with the lamp. The audio input adds the second layer: the discharge reacts to the music rather than blinking alongside it, pulsing with transients instead of a fixed pattern.
The housing is the part that decides whether this sits on a desk for years or gets put away. The base carries a grounded supply so the surface stays safe to touch, the globe is sealed so the gas does not slowly leak into a dull tube, and the controls are touch plus a magnetic remote rather than a row of buttons across the front. It is a piece of physics in a room, and it is built to be looked at closely.
The arc does not decorate the room. It gives the room something to watch.
Key Features
- ✦ Sealed argon-filled glass sphere with a high-frequency discharge arc
- ✦ Arc tracks a fingertip across the glass surface
- ✦ Audio-reactive discharge that responds to music transients
- ✦ 48-volt low-voltage supply on a grounded base
- ✦ Touch control plus magnetic remote
- ✦ Compact desk and bedside footprint
- ✦ No moving parts and no consumable to replace
Technical Specifications
- Discharge: Sealed high-frequency plasma arc
- Gas: Inert argon in sealed glass sphere
- Supply: Low-voltage DC, grounded base
- Input: Audio-in and hand proximity sensing
- Controls: Touch plus magnetic remote
- Footprint: Compact desk and bedside
- Housing: Glass sphere on solid base
- Use: Indoor decorative lighting
- Reactive modes: Audio sync and static arc
- Power: Mains adapter to low-voltage DC
Where This Belongs
It sits on a desk, a bedside table, a shelf in a studio, or the counter of a bar that wants one object people pick up a conversation about. It is also the gift that survives being plugged in immediately rather than needing a project, and a demonstration piece for a classroom or a maker space where the point is that physics is visible.
Frequently Asked Questions
Q: Is it safe to touch the glass?
Yes. The discharge runs inside a sealed glass sphere on a grounded, low-voltage base, and the outer surface is designed to be touched. It is not a toy for very young children, and the glass should not be dropped.
Q: Does the arc actually respond to music?
The audio input drives the discharge so it pulses with the music rather than running a fixed pattern. Response is strongest on percussive and bass-heavy material.
Q: Will it interfere with electronics nearby?
It is a low-power decorative unit and is fine next to a monitor or a speaker. Keep it away from unshielded audio equipment if you notice a hum, as with any plasma device.
Q: Does the gas need refilling?
No. The sphere is sealed at manufacture and does not need topping up. The unit has no consumable parts.
Q: Can it be left on all night?
It is built for continuous indoor use. Like any decorative light, the sensible routine is the one that suits the room rather than leaving it running in an empty house.
Q: Is there a plug adapter for my country?
The unit runs from a mains adapter stepping down to low-voltage DC. Choose the plug type that matches your socket when ordering.
Q: Does it get warm in use?
The globe can feel slightly warm after long operation, which is normal for a discharge lamp. It does not reach a surface temperature that would burn a hand, but it is not a nightlight to be left against fabric.
Q: Can the arc be turned down or held static?
The unit supports a static arc mode as well as audio sync, so the discharge can be set to a steady pattern when the room does not need a light show.
Q: Will it work as a reading light?
No. It is a decorative object that emits light, not a task lamp. The useful comparison is a sculpture that glows rather than a lamp you read under.
Q: What is the difference between this and a plasma globe toy?
The scale of the discharge, the sealed argon sphere and the grounded low-voltage supply. Toys in this category tend to run thin glass and ungrounded bases, which is exactly what limits their life.
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