The tireless exploration of the development path of outdoor led landscape lighting

The tireless exploration of the development path of outdoor led landscape lightingThose who are not the filament electrode of the lighting discharge lamp, microwave lampis a discharge lamp category. Microwave lamp filament electrodes incentives by2450MHz microwave sulfur lamp body inside. Sulfur by microwave excited after will be able to directly send a very strong white visible. Sulfur pollution on the environment for human survival, microwave light not only failed to mercury contamination, outdoor led landscape lighting, there is noultraviolet light pollution and phosphorus pollution of the phosphor, a true sense of the green light. Microwave sulfur lamp light spectrum of sunlight spectrum is extremely close,is by far the most similar to daylight lighting. LED high bay, This real sunlight lighting is the cornucopia of planting and breeding industry cash cow. Lights to get rid of the filament is a big step forward in lighting technology, outdoor led landscape lighting, certainly the direction of development of human lights.Electrodes lighting does not exist filament loss of its life naturally, greatly extended, and there is no ablative sputtering of the filament residue decontamination phosphor which would seriously affect the phosphor light-emitting ability of energy-saving lamps, the light fades, the discharge lamp than the decline of small energy-saving lighting one of the reasons. Why there will be non-polar lights low and high frequency of the controversy?Discharge lamp where development is the direction without detours? Discharge lamp of high and low frequency points, to judge from their operating frequency. The operating frequency of the high-frequency electrodeless discharge lamp is 2650KHz, outdoor led landscape lighting, low-frequency electrodeless lamp operating frequency 150K ~ 300KHz, the election 230KHz more.Caused by the difference between low and high frequency so much the reason is very simple: there is a big technical difficulty 2650KHz high-frequency electrodeless discharge lamp, there are more difficulties in the design. Using 150K ~ 350KHz low frequency discharge lamp is technically relatively much easier, outdoor led landscape lighting, and ready-150K ~350KHz Power circuit chip can choose to use. Frequency electrodeless lamp exist whichare difficult to resolve the technical difficulties?