Precision up to ≤ 5ppm
- modular system, can operated in parallel for increased power
- zero-voltage-switching technology
- maximum accuracy and stability (≤5ppm/8h)
- temperature coefficient ≤5ppm
- optimum ration between power density/accuracy
- DCCT current measurement
- programmable current ramp function
- 2-part LCD display with text indicator and preset function
- analog (0 to 10V) and digital interfaces (RS422)
- controller configuration / load balancing possible
- current- or voltage-controlled modes possible
- "last setting" memory
- air cooling (optional water cooling)
- trigger input for measurement signals
- output is short-circuit and open-circuit proof
Magnet power supplies for particle accelerators and medical technology
Meeting the highest demands to accuracy and control capacity
Magnet power supplies are special DC-power supplies intended for some very specific areas of use. Among others, they can be found in particle accelerators such as the LHC at the CERN in Geneva, or in devices for cancer treatment that can be found in proton treatment centers.
Magnet power supplies are elements of utmost importance
Among others, the magnets in the accelerators guide and focus the beam. These special DC-power supplies provide highly precise currents, e.g. for:
- Dipole magnets
- Quadrupole magnets
- Steerer magnets
The current control accuracy and long-term stability of these magnet power supplies can be less than 5 and up to 10 ppm (parts per million). These are values that are impossible to reach with conventional power supplies. Power supplies by Heinzinger can be adjusted to many different magnet values and load requirements. They are available with air or water cooling options. They can be integrated into existing systems thanks to their broad range of interfaces and operating elements. Comprehensive manual operating and programming options make it possible to adjust them to many different load situations.
Bets current stability and lowest ripple
The magnet power supplies of the PCU series are switching power supplies working in primary switched mode. Their resonance converters work according to the PMW Phase Shift Zero-Voltage-Switching principle (ZVS). The ZVS principle switches when the voltage crosses zero, which reduces power loss and parasitic influences. The output rectifier of the magnet power supplies operates through two diodes to work as current duplexer. Thus, one diode at a time conducts or blocks the current, which reduces output power loss. In order to reduce the outbound ripple even further, the transistor bridges of the output stages are synchronously controlled with a phase offset of 180 to 30 degrees. The output of these power supplies is protected by a free-wheeling diode. The output current is measured using high-precision current converters (DCCT DC current transducers).
Reliable magnet power supplies for permanent operation
An optimal power density and highest precision characterize the Heinzinger magnet power supplies. Compliance with the specified data even at long-term operation and in challenging environments is thereby ensured. Supplies from the PCU series are the best choice when quality, precision and accuracy of the magnet power supplies is of extraordinary importance, as is the case in medical technology.
Contact us, and we will gladly answer any questions you have about magnet power supplies. Don't hesitate to call us at +49 8031 2458 0 or email your questions to info(at)heinzinger(dot)de
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