For plasma formation, a sufficiently high electrical DC voltage is applied between two electrodes. With a suitable combination of voltage, electrode gap and gas pressure, flashover occurs and a discharge is ignited between the electrodes. In this case, a plasma is formed, which also enables the current flow of the discharge. If the current flow is sufficiently high, the electrodes heat up and the electron discharge is facilitated, an arc is formed. Arcs are exploited in electric welding, melting and arc lamps.
High quality DC power supplies from MUNK.
MUNK GmbH provides high-quality DC power supplies specifically designed for demanding plasma processes. Our power supplies ensure stable and controlled voltage, essential for initiating and maintaining a consistent plasma state. With robust design and precision regulation, MUNK systems offer reliable performance in harsh environments and meet the exacting requirements of modern plasma technologies.
MUNK GmbH has supplied many power supplies in this field. Please contact us if we can support you in this field. Our decades of experience provide you with a solid basis for determining your optimum power supply.
