Medium-Frequency Power Supply
Product Overview:
We are committed to the research, development, and production of power supply products. The LZ series 400Hz medium-frequency power supply is specifically designed and manufactured for aviation and military electronic equipment. It adopts advanced and reliable high-frequency power electronic switching technology, with a modular structure, delivering excellent output waveform quality and strong load adaptability. It is widely used in military electronic equipment requiring 400Hz AC power, such as aircraft manufacturing and maintenance, airborne equipment, radar navigation, etc.
The LZ Series 400Hz Medium-Frequency Power Supply mainly functions as a power source that converts municipal electricity into the required voltage and frequency for aviation and military purposes through power conversion circuits. Its main characteristics include providing clean and reliable sinusoidal power output, low harmonic distortion, and high stability in frequency and voltage regulation for aviation and military applications.
Technical Features:
Three-phase independent regulation and inversion technology, allowing three-phase power to adapt to any unbalanced load, with each phase capable of operating as a single-phase power supply independently.
The product employs advanced IGBT/SPWM technology, featuring small size, low noise, high reliability, and strong load capacity.
With a wide input voltage and frequency range, strong anti-interference design, pure sine wave output, low distortion, and excellent stability. It can be used in conjunction with military field operation conditions and generator sets.
High-precision LED digital display for voltage, current, frequency, and power, with precise adjustment via multi-turn potentiometer for convenient operation.
Fast dynamic response, less than 2ms, equipped with comprehensive protection functions to ensure the safety of loads and power supply, compliant with MIL-STD-704 aviation power supply specifications.
Technical Parameters and Selection
Technical Parameters and Selection
