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Organic electroluminescence display (organic electroluminesence display) technology there are many incomparable advantages compared to other types of display technologies , such as low power consumption , fast response , wide viewing angle , can achieve high - resolution display, a wide temperature characteristics , cost low , high brightness , high contrast , light weight , easy to implement a full-color flexible display . Been widespread concern in the flat panel display industry , is considered most likely to replace the LCD display devices . Therefore, OLED display system with a wide range of engineering applications prospects . In this paper, the organic electroluminescent light emitting display device development history , development status and trends , as well as the use of field-programmable gate array (FPGA) to do a brief summary of the basic flow of the system design and hardware description language , the OLED device structure work characteristics , circuit -driven approach and works , an FPGA - based control of the AMOLED drive system design . The program uses the the OLED driver circuit of the FPGA control , the design of the FPGA controller as the core , and the specific design of a driving circuit of an OLED , the setup controller circuit modules model and algorithm process , and its internal circuit module through ISE software integrated design and simulation, the the correct simulation waveforms , complete resolution (320 × 240) AMOLED driver circuit design .
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