High Voltage Power Supply - APPLICATIONS
Solutions from 20 Watts to 200 Kilowatts, our solutions come in many shapes and sizes
Universal Voltronics applications have covered the entire spectrum of large and small medical, scientific, defense, commercial, and industrial products, but some of the most common applications for UVC supplies include:
≥ 160 kilowatts
Voltage Range: 50-500 kV DC
- E-beam curing/cross-linking
- Capacitor chargers
- Particle accelerators
- General Laboratory and Research Usage
20-160 kilowatts
Voltage Range: 20-300 kV DC
- CT Scan/X-ray Imaging
- E-beam Sterilization
- Electrostatic Precipitators
- General Laboratory and Research Usage
- Excimer Lasers
- Ion Implantation
- Radar Power Sources
- Digital Television Transmission
1-20 kilowatts
Voltage Range: 1-200 kV DC
- E-beam Evaporation/Deposition
- E-beam Welding
- Electrostatic Paint, Powder, Lubricant & Precipitator Systems
- General Laboratory and Research Usage
- Industrial CO2/Gas Laser Supplies
- Ion Implantation
- Semiconductor Microlithography
- Spectroscopic Analysis Instrumentation
- X-ray Instruments
20 watts - 1000 watts
Voltage Range: 1-400 kV DC
- Capacitor Chargers
- Compact Medical CO2 Laser Supplies
- General Laboratory and Research Usage
- X-ray system supplies with filament control
VISyN Series Particle Detector Supplies for Physics Research
VISyN stands for: Voltage, I (current) System on Network.
The 1450 VISyN (pronounced “vision”) Series is designed to fulfill the requirements of the most demanding high voltage applications by providing the ultimate in flexibility and performance. The system is based on a modular, open architecture. It consists of 2 mainframe styles, a choice of controller architectures, and a variety of HV cards, all designed for use in high-energy physics research using HV detector arrays.
The inherent modularity with interchangeable cards and multiple mainframes with different power capabilities allows for tailoring the system to specific performance/scale requirements. System expansion is as simple as adding more cards, power supplies or mainframes.