We company supplies a wide range of led high bay light

The company’s success is likely due to its genesis: "We differ from pure LED makers for we began as a traditional lighting-fixture manufacturer who has evolved into an LED maker. So we know what a retailer of traditional lighting fixtures need in terms of LEDs than would pure LED makers. A lighting-fixture supplier sees an LED lamp as a mere fixture with, not an incandescent light bulb or compact fluorescent bulb, but an led high bay light source," he says.Pure LED-lamp makers, he notes, have delusions of grandeur: always investing considerable capital, manpower in R&D just to stroke their own egos in an attempt to create glamorous LED lamps. "They fail to see, however, such products are affordable to only upscale consumers but not so to traditional lighting-fixture suppliers and budget-conscious users.

"Knowing the decisive importance of the bottom-line, Neo Neon insists that a good LED lamp delivers quality lighting at a popular price," Cheng comments. Armed with such street-smarts, the company, Cheng notes, positions itself as a mid-to low-range supplier but targets marketing to low-end consumers, which inevitably also attracts upmarket users. "Competition in downmarket is usually crowded. But we offset losses in the low-end of markets with better profits made upmarket, while we usually increase market shares by selling low-priced products," he says. And the company supplies a wide range of led high bay light,LED streetlights, flood lamps to Christmas lights, a strategy allowing it to meet a cross-section of demands.

Which roughly doubles the accuracy obtainable with incumbent indirect solutions that measure the junction temperature of the silicon in the IC and then extrapolate the temperature at the LED. Alternatively, for solutions that rely on an external temperature sensor, the LED-Sense(tm) reduces system cost and complexity. Based on the measurement, the led high bay light drive current is then optimized according to a user-programmed profile. The engine continuously monitors the LED, with each measurement cycle taking less than 200 microseconds per LED.