technical

Low-power Consumption and Miniaturization Design Methodology for High-voltage Power Supplies of Portable Environmental Emergency Monitoring Instruments

Emergency environmental monitoring serves as the core technical method for sudden pollution response, environmental risk early warning and on-site law enforcement. Portable emergency detectors—including portable VOC analyzers, water heavy‑metal test…

Ultra-high Precision and Long-term Stability Design Methodology for High-voltage Power Supplies of Analytical Instruments in Environmental Monitoring Laboratories

Laboratory analytical instruments for environmental monitoring serve as premium core equipment for ultra‑trace quantitative analysis, reference material calibration, arbitration testing and scientific research. Covering GC-MS, LC-MS, ICP-MS, ion chro…

High Stability and Low Background Design Methodology for High-Voltage Power Supplies in Nuclear Radiation and Radioactive Environmental Monitoring

Nuclear radiation and radioactive environmental monitoring constitute core technical support for nuclear facility safety supervision, nuclear emergency response, environmental background radiation surveys and radioactive pollution prevention. Key equi…

High Reliability and Anti-Condensation Design Methodology for High-Voltage Power Supplies in Flue Gas Purification of Solid Waste Disposal and Hazardous Waste Incineration

Solid waste and hazardous waste incineration constitutes the core technology for waste reduction, harmless disposal and resource recovery, serving as an essential pillar in the construction of zero‑waste cities. Flue gas purification is the critical …

High-power and High-efficiency Design Methodology for High-voltage Power Supplies in Industrial Flue Gas Desulfurization, Denitrification and Dust Removal

Industrial flue gas desulfurization, denitrification and dust removal form the core barrier for atmospheric pollution prevention, enabling ultra-low emissions in thermal power, steel, cement, coking and non-ferrous industries. High‑voltage power supp…

High Stability and Low Noise Design Methodology for High-Voltage Power Supplies in Online Atmospheric Environmental Monitoring

Atmospheric online monitoring systems constitute core infrastructure for the national ambient air quality network and pollution emission supervision, covering urban automatic air quality stations, continuous emission monitoring systems (CEMS), and ind…

High Sensitivity and Wide Temperature Range Design Methodology for High-Voltage Power Supplies in Online Monitoring of VOCs and Odorous Gases

Volatile Organic Compounds (VOCs) and odor gases are key regulatory priorities in atmospheric pollution control, serving as major precursors for ozone formation and photochemical smog. Odor pollution also severely affects living environments and publi…

Ultra-low Noise Design Methodology for High-Voltage Excitation Power Supplies of Spaceborne Laser Communication Terminals

Volatile Organic Compounds (VOCs) and odor pollutants are core regulatory priorities in atmospheric pollution control, acting as critical precursors to ozone pollution and photochemical smog, while odor emissions directly impair residential environmen…

Narrow Pulse & High Stability Design Methodology for High-Voltage Modulation Power Supplies of Spaceborne SAR Imaging Systems

Spaceborne Synthetic Aperture Radar (SAR) represents the core aerospace payload with all-time and all-weather Earth observation capabilities, widely applied in land resource survey, marine environmental monitoring, disaster emergency response, militar…

Fast Dynamic Response Design Methodology for High-Voltage Drive Power Supplies of Satellite Attitude Control Thrusters

Satellite attitude control serves as the fundamental guarantee for in-orbit stable operation and mission execution of spacecraft. Precise Earth imaging for remote sensing satellites, directional beam alignment for communication satellites, and attitud…