Light processing, pay attention to the effect of light, non-linear optical effect processor, used in the current LED linear lights, eliminate the light power, and design flicker. Light and color are also very rich and natural. Brings a very comfortable visual effect. Therefore, it is very suitable for installation in public places and used as wall lights, with common color changing skills. In commercial use, it makes products more brilliant and attracts more people's attention. Therefore, the LED linear lights are lit, and the products are loved by people through a series of processes to ensure that the products are very stable, and through long-term use, they are durable and reliable.

　 LED is a green light source. LED linear lights are driven by DC, no stroboscopic; no infrared and ultraviolet components, no mixed radiation, high color rendering and strong luminous tendency; good dimming function, will not survive the color temperature innovation The light source has a low fever, so it doesn't matter if you touch it safely. It can not only provide a calming light space, but also can meet people's sturdy needs. It is a sturdy light source that ensures vision and is environmentally friendly.

   Before analyzing the reliability of LED linear lights, Ladomex will give some introduction to the basic content related to LED reliability, which will help to deepen the analysis of the reliability of LED linear lights.

　　(1) Substance drop effect, subsidiary drop effect

　　 LED linear lamp LED devices are generally divided into two types: substantial effect and subsidiary effect. Substantial loss refers to the loss caused by the LED chip, which is divided into electric drift and ion heat dispersion loss. Subsidiary effects are usually caused by packaging structure materials and processes, that is, epoxy, silicone, conductive glue, phosphor, soldering, leads, process, temperature and other factors used in the package structure and use.

　　(2) Ten-degree law

　　 Within certain temperature limits of certain electronic devices, every 10°C increase in temperature will reduce its primary skill target by half (or 1/4). The theory proves that when the heat sink temperature of the LED device of the LED linear lamp is between 50°C and 80°C, the LED lifetime value basically conforms to the ten-degree law. There are media reports: LED device temperature rises by 2 ℃, its life is reduced by 10%, when the temperature rises from 63 ℃ to 74 ℃, the average life is reduced by 3/4. Due to the differences in device packaging technology, this scene can be fully presented.