Display System of OLED Based on FPGA

Lei, 张雷 Zhang; Hua-xia, 吴华夏 Wu; Jun-tao, 胡俊涛 Hu; Guo-qiang, 吕国强 Lv

doi:10.3788/yjyxs20112604.0538

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Oled Display1

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2013

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“…Real-time displaying for the guide microscope information is an important part of system debugging and application. OLED has the advantage of self-luminous, large viewing angle, good environmental characteristics, small size, and low power consumption [3]. In this the design, HGS128645-Y-EH-LV-type OLED display is chosen.…”

Section: Oled Displaymentioning

confidence: 99%

Design of STM32-Based Angle Information Processing System of a Guide Microscope

Cao

Cheng

Sun

2013

AMM

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A guide microscope is an important part of a certain photoelectric automatic tracking system, and the angle informations acquisition, processing and transmission are the keys for using the guide microscope. According to the application requirements, a kind of angle information processing system of the guide microscope based on STM32 is designed. This system uses the high-performance STM32F103 as the control core and realizes the angle information acquisition, display and transmission by photoelectric encoders, OLED display and RS-485 bus. Then, the hardware design and software debugging are further explained, that it has the simple circuit and convenient development. The running results show the design has the stable and reliable performance. It can meet the requirements.

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Section: Oled Displaymentioning

confidence: 99%