Technical

Multi-machine Parallel Current Sharing and Cluster Cooperative Control Methodology for General High-Voltage Power Supplies

Parallel current sharing and cluster cooperative control constitute the core technical approach for high‑power expansion, redundant backup and highly reliable operation of high‑voltage power supplies. By paralleling standardized modules, output powe…

Digital Suppression and Optimization Design Methodology of Electromagnetic Compatibility for General High-Voltage Power Supplies

Electromagnetic Compatibility (EMC) is a core mandatory performance indicator for high‑voltage power supplies, directly determining their stable operation in complex electromagnetic environments and interference impact on surrounding electronic devic…

Design Methodology for Test Verification and Standard Compliance of General High‑Voltage Power Supplies

Testing verification and standardized compliance design constitute the core links in the R&D, mass production and market access of high‑voltage power supplies. They ensure product performance, reliability, safety and EMC fully meet design specifi…

Digital Driving and Soft Switching Control Methodology for Wide-Bandgap Device Based High-Voltage Power Supplies

Wide-bandgap (WBG) semiconductors represented by Silicon Carbide (SiC) and Gallium Nitride (GaN) feature faster switching speed, lower conduction loss, higher temperature resistance and higher voltage withstand compared with traditional silicon-based …

General Methodology for Digital Fault Diagnosis and Full Lifecycle Health Management of High‑Voltage Power Supplies

Digital fault diagnosis and full-lifecycle health management serve as core technical approaches to realize intelligent operation, predictive maintenance and long-term reliability improvement for high‑voltage power supplies. They fundamentally resolve…

Core Algorithm Design and Loop Optimization Methodology for Digital Control of High‑Voltage Power Supplies

The core digital control algorithms serve as the “brain” of high‑voltage power supplies, determining output accuracy, dynamic response speed, stability and anti‑interference capability. They eliminate the inherent drawbacks of analog loops, such a…

General Methodology for Full-Condition Digital Calibration and Accuracy Compensation of High-Voltage Power Supplies

Full-condition digital calibration and precision compensation represent the core technical approach for achieving high-precision and high-stability output in high‑voltage power supplies. They effectively eliminate output errors caused by component no…

Digital Control Methodology for Low-Power Standby and Full-Condition Energy Efficiency Optimization of High-Voltage Power Supplies

Low-power standby and full-operating-range energy efficiency optimization are core performance indicators for high‑voltage power supplies under the dual-carbon goals, directly determining operational energy consumption, heat generation, long-term rel…

Methodology for Miniaturization and Safety Protection Design of High-Voltage Power Supplies for Consumer-Grade Electrostatic Spraying Equipment

Consumer-grade electrostatic spraying equipment serves as the core tool for household decoration, home appliance maintenance, automotive DIY painting, small hardware processing and craft creation. It relies on a high-voltage power supply to form a hig…

High-Integration and Unattended Reliability Design Methodology for High-Voltage Power Supplies of Commercial Self-Service Terminals and Unmanned Retail Equipment

Commercial self-service terminals and unattended retail equipment serve as core carriers in new retail, smart city and public service scenarios, covering vending machines, self-service coffee machines, smart parcel lockers, unmanned convenience stores…