What Are the Advantages of RGB Lamp Beads!

The white light LED and RGB LED are the same as they are in the same way. They both want to achieve the effect of white light, but one is directly presented in white light, and the other is made of red, green, blue, and three colors. The RGB light is used in three primary colors. In addition, there are blue light LEDs with yellow fluorescent powder and UV LED with RGB fluorescent powder. Overall, these two have their imaging principles. The colors of some LED backlight boards are particularly clear and bright, and even the degree of high -quality TV. This situation is the characteristics of RGB. The red, green, and blue are the characteristics of blue. In terms of mixed color, it has more characteristics. Zhuhai manufacturer specializes in the production of full -color RGB lamp beads, which is mainly engaged in 1206 full -color RGB 1010 full -color RGB 020 side luminous RGB and other full -color LED lamp beads. The attenuation problem of RGB and the impact of ultraviolet rays on the human body are more difficult to solve in the short term. Therefore, although they can meet the needs of white light, there are different results. In terms of application, RGB is obviously more diverse than the white light LED, such as car lights, traffic numbers, window, etc. When you need to use a wave of lights, the mixed color of RGB can be used. In contrast, the white light LED is more disadvantaged. Therefore, of course, the effect is relatively strong. White light LED is significantly inferior to RGB in the clarity and color purity. In addition, the problem of attenuation and the expensive wafer cost, all make the RGB light more advantageous. Choose a good full -color LED lamp bead preferred manufacturer, specializing in the production of 1206 full -color RGB 1010 full color RGB 020 side light -emitting RGB and other lamps. It is controlled alone when the RGB is separated. Although it can be directly controlled and the color is good, it is quite a big problem to reach the mixed white light. Although the cost is expensive, the quality is relatively good. As for the white light LED light, although it The cost is cheap, which can directly replace CCFL and become the main technology of LED, but relatively speaking, it is encapsulated together due to the problem of wavelength frequency, so that the scattered situation will be unstable. The problem of RGB lights in control still needs to be strengthened. For example, if one of them is broken, the entire screen will be quite obvious. Conversely, white light LED lights can be complemented. A broken LED, and the complement of uniformity, makes the overall situation look too bad. The end voltage of the PN knot constitutes a certain potential barrier. When the bias voltage decreases when the positive bias voltage is added, the majority of the carrier in the P and N areas spreads to the other party. Because the electronic migration rate is much greater than the air acupoint migration rate, a large number of electronic spreads to the P area, forming an injection of a minority carrier of the P area. These electrons are compounded from the cave on the price, and the energy obtained during composite is released in the form of light energy. This is the principle of PN knot glow. Generally referred to as the external quantum efficiency of the component, it is the internal quantum efficiency of the component and the product of the component's extraction efficiency. The internal quantum efficiency of the so -called component is actually the electrical conversion efficiency of the component itself. It is mainly related to the characteristics of the component itself (such as the energy band, defect, impurities) of the component itself,. The efficiency of the component refers to the photon generated inside the component. After the absorption, refraction, and reflection of the component itself, the number of photons that can be measured outside the component can. Therefore, the factors of the efficiency of removing the efficiency include the absorption of the component material itself, the geometric structure of the component, the refractive rate difference of the component and the packaging material, and the scattering characteristics of the component structure, etc. The product of the internal quantum efficiency of the component and the efficiency of the component efficiency is the lighting effect of the entire component, that is, the external quantum efficiency of the component. Early component development focuses on improving its internal quantum efficiency. The main method is to improve the quality of the barrier crystal and change the structure of the barrier crystal, so that the power energy is not easy to convert it into heat energy, and indirectly improves the luminous efficiency of LEDs. Internal quantum efficiency, but such internal quantum efficiency is almost close to the theoretical limit. Under such circumstances, it is impossible to increase the total light of the component by improving the internal quantum efficiency of the component. The main method is: the change of grain appearance——TIP structure, surface crude technology. The manufacturer produces a large number of 1206 full -color RGB 1010 full -color RGB 020 side glowing RGB. You can contact the official customer service staff!