Power Conversion & Plasma Array Operation
Built-in battery powers Plasma Array via AC power conversion circuits
Custom-designed transformer drives the Plasma Array
Resonant circuit formation between transformer and Plasma Array
Operational tuning & fault detection
Automatic tuning to locate resonant frequency
Error detection & shutdown under: Arcing events, Open/short circuits, Excessive losses due to contamination
Full power is applied only if no errors are detected
Cold Plasma Generation
Operates via high voltage (low current) Dielectric Barrier Discharge (DBD)
Surface reaction with air humidity produces acidic by-products
Cleaning requirement: Must be cleaned after each use per Operating Manual instructions
- Interconnected tip patterns:
- Concentrate the electric field to precisely initiate plasma discharge
- Maintain the same potential as the cable shield and aluminum Plasma Driver enclosure
- Ensures no electrical current passes through the human body, meeting IEC 60601-1 Type B classification for electrical shock protection
Insulating Pouches for Thermal & Ozone Management
Waterproof ePTFE Pouch
Allows airflow while preventing liquid penetration
Supports proper plasma function
Waterproof ePTFE Pouch
Distributes heat uniformly
Maintains surface temperature ≤ 45°C
Absorbs ozone
Only component in direct contact with patient skin