Input Voltage: Selectable or Auto-Sensing for $110 ext{ V}$ to $220 ext{ V}$ AC, $50$ to $60 ext{ Hz}$.
Output Voltage: High Voltage AC or DC output, typically $2 ext{ kV}$ to $5 ext{ kV}$ (depending on the tube requirement).
Regulation: Highly regulated output for stable spectral emission.
Protection: Overload and short circuit protection with integrated current limiting.
Terminals: High quality, insulated output terminals for secure connection to the discharge tube.
Dual Voltage Compatibility: Features a robust input selector or internal circuit that allows operation on both $110 ext{ V}$ and $220 ext{ V}$ AC power grids, making it universally suitable for research and teaching labs.
Stable High Voltage: Provides a regulated and consistent high voltage DC or AC output, which is necessary for maintaining the tube plasma and preventing flicker or intensity variations.
Tube Protection: Incorporates safety mechanisms like current limiting circuitry to prevent premature damage or burn-out of the expensive, fragile Zeeman discharge tubes.
Optimized Output: The voltage and current output are carefully tuned to maximize the light intensity and spectral purity of the Mercury or Neon tubes.
Safe Operation: Housed in a durable, fully insulated enclosure with clearly marked, secure terminals to minimize electrical hazards during high voltage operation.
Input Voltage: Selectable or Auto-Sensing for $110 ext{ V}$ to $220 ext{ V}$ AC, $50$ to $60 ext{ Hz}$.
Output Voltage: High Voltage AC or DC output, typically $2 ext{ kV}$ to $5 ext{ kV}$ (depending on the tube requirement).
Regulation: Highly regulated output for stable spectral emission.
Protection: Overload and short circuit protection with integrated current limiting.
Terminals: High quality, insulated output terminals for secure connection to the discharge tube.
