Voltage controlled light-emitting diode LED (light emitting diode) LED (Light Emitting Diode) Shandong full color ordinary light-emitting diode is a current-controlled device, in use for an appropriate limiting resistor in series resistance. Linyi LED display voltage controlled light-emitting diode (BTV) is a light-emitting diode and current limiting resistor integrated production as a whole, when Shandong LED display can be directly used and connected across the power supply. So that ordinary red light emitting diode voltage can work in 3 volts -10 volts as YX503URC led electronic display, YX304URC, YX503BRC voltage type LED light-emitting diode, the engineering and technical staff to provide greater choice. Linyi white LED monochrome screen to another production method is a bit like fluorescent, Linyi color screen emits near ultraviolet LED is coated with a mixture of two phosphors, Linyi LED display is a red light and blue light europium display, Linyi of the screen and the other is green emitting electronic display, doped zinc sulfide (ZnS) of copper and aluminum. Linyi door panel but due to ultraviolet light causes deterioration cracking epoxy adhesives, Shandong full color so difficult to produce high-color display, and shorter lifetimes. Shandong display manufacturers and first method, its low efficiency and produce more heat (because StokesShift former Shandong large display module), but the benefits are the preferred characteristics of the spectrum, light full color display manufacturers produced more good-looking . Electronic display | Yasuhiro photovoltaic (Online) | Mt display by Linyi Wang Tai Electronics Co., Ltd. Linyi Wang Tai Electronics Co., Ltd. (www.ledzkd.com) (www.ledzkd.com) is a leader in Linyi, a display device, over the years, the company is implementing the scientific management, innovation and development, the principle of honesty and trustworthiness, and satisfy customers needs. In Hong Thai Optical leadership with the staff warmly welcome all inquiries negotiations to create the Thai macro photoelectric a better future.