Preventing method of acoustic resonance in the high-pressure discharge lamps

Volodymyr Medvid; Iryna Beliakova; Vadim Piscio; Volodymyr Savkiv; Frantisek Duchon

doi:10.2478/jee-2020-0011

Abstract

The article analyzes available methods for preventing acoustic resonance of high pressure lamps. A new method is proposed, the main idea of which is the filing of a high-voltage lamp modulated by a pseudo-random signal. An analysis of the spectral characteristics of the signal entering the lamp is made, the mathematical modeling of the set of a “discharge lamp - prototype of the device” - is implemented, which implements the proposed control method of the lamp. The results of simulation and oscillograms, taken from the prototype, which confirms the results of theoretical research, are presented.

References

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Preventing method of acoustic resonance in the high-pressure discharge lamps

Abstract

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