LED stroboscopic technology in the field of LED civil lighting application analysis

Regarding the research on stroboscopic, it is the most intuitive from the power level. In fact, it is about the "frequency" problem. UHF human eyes and CCD probes will not have any feeling. Low-frequency human eyes and CCD probes will have intuitive Feel. The strobo-free method is either to do ultra-high frequency DC output or to actually remove or reduce the ripple content in the DC.

In 2014, the LED lighting market has formed a blowout trend. The constant current drive power supply will be the most competitive market for the standard configuration of LED lamps for lighting. After all, intelligentization is not the focus of competition in the current market. From the perspective of traditional enterprises, driving power supply manufacturers still play a competitive advantage in terms of price, delivery, quality, and after-sales, and strive to achieve development...

Now that everyone is not lacking in the understanding of new technologies, it is difficult to select the suppliers that suit them in the face of the product technology. Let's discuss together today: no stroboscopic technology applies the basics in the field of LED residential lighting.

   Figure: The effects and hazards of stroboscopic

  1. What is strobe?

The stroboscopic and stroboscopic effects are two mutually causal physical quantities for the magnitude of the electric light source, the fluctuation depth of the luminous flux, and the resulting harmful effects (called stroboscopic effects). Strobe is the depth at which the luminous flux of an electric source fluctuates. The greater the fluctuation of the luminous flux, the more severe the stroboscopic.

Figure: Strobe measurement method. The strobe ratio is equal to the difference between the maximum light output and the minimum light output over one switching period divided by the sum of the maximum light output and the minimum light output. The stroboscopic index is equal to the amount of excess light output over one switching period divided by the total light output.

Source: Improved from The Lighting HandbookIES (10th ed.2011)

The depth of fluctuation of the luminous flux of the electric light source is directly related to the technical scheme of the electric light source.

Figure: Fluctuation depth of luminous flux of common electric light sources

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