The basic structure of the LED lamp is an electroluminescent semiconductor material placed on a leaded shelf and then sealed with epoxy resin to protect the internal core wire, so the LED has good seismic performance. LEDs are a rapidly evolving technology that is being widely used in many general lighting applications, often referred to as solid state lighting. Typical applications for LED lighting are: indoor lighting (for commercial, industrial and residential environments), outdoor lighting (street lights, parking lot lighting), and architectural, decorative lighting, etc. Initially, LEDs were used because they were capable of emitting color throughout the spectrum. For decorative lighting.
In some cases, LEDs have become an effective solution for architectural lighting. Compared with other lighting technologies, LEDs have superior performance and thus become the mainstream solution for the current general lighting market:
1. LEDs have a longer life than other lighting technologies. LEDs have a working life of up to 50,000 hours, while incandescent lamps have a lifespan of only 1,000 to 2,000 hours, and compact fluorescent lamps (CFLs) have a lifetime of about 5,000 to 10,000 hours. The significant advantages in service life make LEDs ideal for commercial and industrial applications that require significant labor costs to replace lighting.
2. Energy efficiency is better than incandescent and halogen lamps, equivalent to fluorescent lamps. In addition, the efficiency of LEDs is also increasing; the efficiency of white LEDs (WLEDs) is expected to increase by about 50% in the next three to four years.
3. Smaller form factor. LEDs are the same size as MR16 and GU10, and CFLs are not suitable for this type of application.
4. Brightness adjustment can be provided with a suitable driver. Fluorescent lamps are technically limited for applications that require brightness adjustment. Despite the similar problems with traditional LED designs, Maxim's innovative LED driver solutions are compatible with TRIAC dimming and trailing edge dimming.
5. Has a strong directionality of illumination. Unlike other lighting technologies, LEDs are ideal for applications that require directional lighting, such as small angle reflectors.
6. Higher efficiency at lower temperatures. The operating efficiency of fluorescent lamps decreases at low temperatures. In contrast, LEDs are ideal for low temperature work environments such as refrigerator lights.
7. Easily change the color of the glow. This advantage makes RGBLED an ideal choice for architectural and scene lighting, allowing you to change the color of the light in real time based on specific requirements.
In short, LEDs have many advantages not found in incandescent and fluorescent lamps. Based on these advantages, designers are constantly exploring more applications for LED lighting, but due to limited space, we will not repeat them here. This article will focus on LED lighting replacement products to replace incandescent, halogen or fluorescent lamps of the same specification. These LED lights must be able to fit into existing sizes and be compatible with existing infrastructure.
Led Night Light advantage:
Made with the safety of children in mind, sturdily constructed with toy-grade ABS+PP plastic and provides a 100% safe playing environment,Not too bright, not too dim. Just the right amount of light to see where you are going in the dark.Built-in sensitive light sensor, the nightlight automatically turns on at dusk and off at dawn. 0.5W. 12hrs Each day, only use 2.2 Kwh per year. Never need to replace the bulb.Energy-efficient and eye-caring LED creates a uniform non-flickering light that doesn't hurt the eyes.
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Dongguan City Leya Electronic Technology Co. Ltd , https://www.dgleya.com