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Design of OLED Controlling Circuit Based on FPGA

机译:基于FPGA的OLED控制电路设计

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摘要

Organic light-emitting diode (OLED) has many advantages such as ultra light, ultra thin, high brightness, high definition, self-luminous, wide angle, quick response. It quickly attracts people's attention to make one of today's hottest panel display subject. Based on the characteristics and working principle of OLED, the OLED display controlling circuit using the decoding module of DSP and controlling module of FPGA is designed. According to it, the use of each module in the circuit and the working process of the whole circuit are analysed. The simulations and tests are done. Verilog HDL is used to design the controlling circuit in the whole system and a top-down design method is used which is penetrated into each layer from top to bottom and divided carefully. The simulation results show that the gray scale display of OLED can be achieved and better display performance is obtained.
机译:有机发光二极管(OLED)具有许多优点,如超轻,超薄,高亮度,高清晰度,自发光,广角,快速响应。它很快吸引了人们的注意,让今天的最炙手可热的面板展示主题之一。基于OLED的特性和工作原理,设计了使用DSP解码模块的OLED显示控制电路和FPGA的控制模块。根据它,分析了电路中的每个模块和整个电路的工作过程。模拟和测试完成。 Verilog HDL用于设计整个系统中的控制电路,并使用自上而下的设计方法,该方法将从顶部到底部渗透到每层中并仔细划分。仿真结果表明,可以实现OLED的灰度显示,并获得更好的显示性能。

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