根据有机发光二极管(OLED)的特性，利用解码模块和FPGA控制模块，设计oled视频动态图像驱动控制电路。
Based on the characters of organic light emitting display (OLED), an OLED controlled display circuit is designed utilizing decode module and controlling circuit by FPGA.
它利用发光二极管构成的点阵模块或像素单元组成在面积显示屏幕。
It makes use of lattice modules or pixel units composed by Light Back Dash to buildup a display screen.
模仿加热采用发光二极管的亮暗模仿地暖加热模块的任务的启停。
Simulation heating light-emitting diodes light and dark by the simulated the ground heating module start-stop work.
这些发光二极管和显示模块应用广泛，包括电子显示屏和信号灯、汽车、固态照明和液晶显示器的背光。
These LEDs and display modules address a wide range of markets, including electronic signs and signals, automotive, solid state lighting and LCD display backlighting.
所述的发光模块包括一冷光板及多个发光二极管。
The photogenic module includes one cold light board and many light emitting diodes.
内透镜与所述发光二极管芯片一起封装，封装后的二极管模块包括底座；
The inner lens and chip of LED are sealed together. The sealed LED module includes base;
一种背光模块的光源，包括红光发光二极管、绿光发光二极管、蓝光发光二极管、扩散装置、支撑构件以及反射片。
The light source for back light assembly includes red LED, green LED, blue LED, diffusor, support member and reflecting plate.
一种背光模块的光源，包括红光发光二极管、绿光发光二极管、蓝光发光二极管、扩散装置、支撑构件以及反射片。
The light source for back light assembly includes red LED, green LED, blue LED, diffusor, support member and reflecting plate.
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