The PLASMA Pedal creates heavy distortion by amplifying an audio signal up to 3500 Volts and transforming it into an electrical arc discharge. You are literally playing a bolt of electricity.
Rather than relying on traditional LED, transistor or vacuum-tube circuits to produce overdrive, the PLASMA Pedal fundamentally redefines the way that signal clipping can be achieved. Inspired by Nikola Tesla's electrical resonant transformer circuit design (the Tesla Coil), it is the first effects unit to introduce a new method for signal clipping by converting the input signal into pure electrical discharges.
The blue light visible on the pedal's front panel is the actual electrical arc created by the audio input as it travels between two electrodes on either end of a specially designed xenon-filled gas discharge tube.
These continuous bursts of electricity are then instantly converted back to the analog audio level using a specialized analog rectifier circuit. The result is a rich and saturated distortion texture, with screeching sharp overtones, harmonics and sputtery bursts.
Power Requirements 300mA, 9VDC
Rather than relying on traditional LED, transistor or vacuum-tube circuits to produce overdrive, the PLASMA Pedal fundamentally redefines the way that signal clipping can be achieved. Inspired by Nikola Tesla's electrical resonant transformer circuit design (the Tesla Coil), it is the first effects unit to introduce a new method for signal clipping by converting the input signal into pure electrical discharges.
The blue light visible on the pedal's front panel is the actual electrical arc created by the audio input as it travels between two electrodes on either end of a specially designed xenon-filled gas discharge tube.
These continuous bursts of electricity are then instantly converted back to the analog audio level using a specialized analog rectifier circuit. The result is a rich and saturated distortion texture, with screeching sharp overtones, harmonics and sputtery bursts.
Power Requirements 300mA, 9VDC