Optimization of fluctuating power of diesel generators used in avionics systems
DOI:
https://doi.org/10.30837/rt.2025.4.223.19Keywords:
diode low-frequency generators, fluctuation noise, amplitude-modulated components, frequency-modulated components, optimization methodsAbstract
The article is devoted to the consideration of methods for optimizing the fluctuation power of low-frequency frequency generators. The power supply to the forming mechanism is determined by the amplitude of the frequency-modulated components of fluctuation noise, their analytical analysis was carried out and the results of experimental observations were compiled. A clear geometric interpretation of the mechanism for minimizing the fluctuation parameters of the diode generator is given.
Among the significant number of methods for tracking the fluctuation parameters of diode generators in the robot, the vicor is the method of separating their noise into amplitude-modulated and frequency-modulated components. Based on a thorough analysis of other optimization methods, the optimal operating modes of the generator on avalanche flow diodes were determined from the point of view of its fluctuation authorities.
The results of the investigations make it possible to optimize or regulate the level of their noise fluctuations during the design process of low-frequency generators.
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