Delivers high current accuracy, excellent stability, low current ripple, and fast dynamic response simultaneously.
Features ultra-high output capability, reduces the unit power generation cost, and ensures efficient operation across the entire power range of the system.
Equipped with high control resolution and fiber/network monitoring interfaces, enabling fiber-optic synchronous signal trigger control.
3kW High Voltage Output Power Supply is a high voltage output power supply with APFC. The model support two output mode: DC output mode & Pulse output mode.
The static magnetic cutting magnet power supply provides excitation current for the injection and extraction of static magnetic cutting magnets. The power supply features high current, low voltage, excellent stability, and low ripple current. Through careful design, we ensure not only the stability and other critical technical specifications but also the reliability and maintainability of the power supply, while taking into account feasible low-power consumption design.
The Abort Kicker Magnet Power Supply mainly provides excitation current for the corresponding magnet. The operating current of the magnet power supply works at a set value or zero, and is controlled by timing synchronization pulses. There are physical requirements for the speed of its rise, fall and jump.
The New Fast Q magnet power supply primarily provides excitation current for the corresponding magnets. The operating current of the magnet power supply operates at a set value or zero, controlled by timing synchronization pulses, with physical requirements for the speed of its rise, fall, and transition.
The treatment head scanning power supply ScanV PLD72K-DAL102 provides appropriate excitation current for the scanning magnet, enabling precise deflection of the beam. It has extremely strict requirements for the stability, regulation accuracy, and dynamic response capability of the output current.
The ScanU scanning power supply PLD25K-DAL101 for the treatment head provides appropriate excitation current for the scanning magnet, enabling precise deflection of the beam. It has extremely strict requirements for the stability, regulation accuracy, and dynamic response capability of the output current.