Stangenes Industries specializes in producing high-voltage capacitor charging power supplies for rapid, precise energy delivery in pulsed power applications. These systems excel in environments that demand quick charge and discharge cycles, including linear accelerators, lasers, medical devices, and high-energy research equipment.
Built for consistent performance and precise control, our capacitor charging power supplies are available in multiple configurations, from modular units to fully integrated turnkey systems. Each is engineered for long service life, fast repetition rates, and efficient power conversion customized to meet your exact requirements.
Our Capacitor Charging Technology
Our capacitor charging power supplies use advanced power conversion designs to meet high-voltage and high-frequency demands. At the core of these systems are high-speed IGBT switches configured in quasi-resonant, zero-current-switching topologies, which reduce switching losses and overall system weight.
Many models operate without oil or dielectric fluids, instead using air-insulated or solid-state designs that simplify maintenance and improve safety. Our Optimized Charging Cycle (OCC) technology manages peak power draw from the AC line, making these systems well-suited for charging large capacitor banks without exceeding facility power limits.
With rapid recharge capabilities and precise energy delivery for every pulse, our systems support demanding pulsed power environments while maintaining energy efficiency.
Why Choose Stangenes Capacitor Charging Power Supplies?
Our capacitor charging power supplies are proven in high-performance applications where speed, repeatability, and efficiency are critical. Advantages of capacitor charging power supplies from Stangenes Industries include:
- High efficiency and low ripple. Optimized circuitry minimizes energy loss while delivering clean, stable output.
- Fast rise times. Short charge cycles support high-frequency pulsed operations.
- Reliable and compact design. Air-insulated, oil-free builds improve reliability and reduce maintenance needs.
- Custom engineering. Every system can be tailored for voltage range, pulse energy, mounting style, and control interface to match specific application requirements.
These systems are used worldwide in:
- Pulsed laser systems
- Linear accelerators
- Flashlamp equipment
- Medical and industrial pulsed power systems