This platform is fundamental for low-temperature plasma, space plasma and fusion plasma studies. It supports DBD dielectric barrier discharge, plasma jet, vacuum plasma discharge, glow discharge and corona discharge experiments for discharge characteristic analysis, plasma chemistry research and applied technology development in university physics departments and plasma research academies.
1. Supply high-voltage AC/pulse/DC power to ionize process gas into plasma for multi-mode discharge research;
2. Adjustable voltage, frequency and pulse width precisely control electron density, temperature and discharge status to meet diverse experimental needs;
3. Nanosecond arc suppression prevents abnormal discharge damage and ensures continuous testing.
Frequency range 10kHz~1MHz, nanosecond adjustable pulse width, fully programmable parameters, comprehensive protection and customizable multi-channel synchronous output for all plasma experiment scenarios.
Controllable high voltage ionizes gas to generate plasma. Adjust voltage, frequency and pulse waveform to regulate discharge modes, electron density and active radical concentration for plasma physics, chemical mechanism and applied research.
University plasma physics experiments, DBD discharge research, low-temperature plasma sterilization, plasma environmental protection technology and space plasma simulation.
