Ground Power Units with Static Converters for Aviation are designed for use in airports and applications involving aircraft manufacturing, inspection, and maintenance, meeting the requirements of civil aircraft and onboard equipment for safety in the aviation industry. They supply power to airborne equipment, radar, navigation, and other electronic and electrical devices, and are commonly used in industries such as electric motors, switch-mode power supplies, power adapters, information communication, photovoltaics, electronic components, and aerospace.
Features:
Low-loss true sine wave output, pure waveform.
Modular parallel redundant power supply ensures automatic system disconnection in case of failure, without affecting normal power supply.
400Hz Fixed Frequency
Testing Application of Ground Power Units in Aerospace Equipment
The Aviation Ground Power Static Converter Series, utilizing innovative circuit design, delivers low-noise, high-stability output. The adjustable frequency range of 350Hz-450Hz eliminates the issue of simulating the unique 400Hz AC power supply for aviation power. Thanks to the low-noise characteristic of this series, it can avoid measurement interference with test objects or other equipment, ensuring the accuracy of test results, and is particularly suitable for testing equipment that requires high-load tests for aircraft and other aviation vehicles.
The ground power unit for aviation employs advanced Direct Digital Synthesis (DDS) waveform generation technology, enabling waveform simulation capabilities. Testers can directly set the required power waveform through panel buttons in real-time, simulating characteristics such as sudden power interruptions, surges, specific phase angle on/off, and gradual voltage and frequency changes. Testers can also simulate AC power disturbances through the LIST mode, thus, the ground power unit for aviation can provide immunity testing under abnormal power supply conditions for power electronic products. It aids in testing and simulation for AC-DC power modules in aerospace applications under various extreme power supply environments.
