In order to identify and evaluate the stroboscopic and stroboscopic effects of energy-saving lamps, a special gyro for stroboscopic detection is usually used. The identification and evaluation of stroboscopic and stroboscopic effects of energy-saving lamps are based on sunlight. The luminous flux of sunlight is smooth and stable, without the harm of stroboscopic and stroboscopic effect. The smoothness and stability of the luminous flux of the energy-saving lamp, the closer to the sunlight, the smaller the stroboscopic depth of the energy-saving lamp, and the smaller the harm of stroboscopic effect.
The fundamental technical measures to eliminate the stroboscopic and stroboscopic effects of LED lights
The fundamental technical countermeasure to eliminate the stroboscopic and stroboscopic effect of the light source is to increase the driving electric power frequency of the driving electric light source to more than 40KHz. Compared with energy-saving lamps, the technical measures to eliminate stroboscopic and stroboscopic effects are to increase the frequency of electronic ballast and AC-DC-AC converter. Scientific calculation and practical application verification: when the conversion frequency of electronic ballast AC-DC-AC (AC-DC-AC) reaches more than 40 kilocycles (kHz) (40 kilocycles are also specified in CE certification). The stroboscopic depth of the energy-saving lamp can be limited to less than 5%. The luminous flux of energy-saving lamp will form a flat and stable effect in human vision, and no longer produce the harm of stroboscopic effect.
