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The design of musical instrument tuning system based on stm32f103 microcomputer

机译:基于stm32f103微机的乐器调音系统设计

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With the development of people's living standard, musical instruments have soon spread to thousands of households with wide range of sounds, beautiful melodies and strong auditory complex feelings. Because of the physical characteristics of instrument string, it needs periodic calibration. As a result, the demand of the instrument tuning work is increasing rapidly. At present, instrument tuning workers judge instrument note pitch relying on professional's hearing and experience, then adjust strings manually. As a typical representative of musical instrument, the piano is deployed in this work. This paper is proposed a detection method of piano single pitch with stm32f103 microcomputer, which regulates piano key frequencies by measuring with the characteristics of convenience, accuracy and easy promotion.
机译:随着人们生活水平的提高,乐器很快以其声音广泛,优美的旋律和强烈的听觉复杂感而传播到成千上万的家庭。由于乐器弦的物理特性,需要定期校准。结果,仪器调音工作的需求迅速增加。目前,乐器调音人员依靠专业人员的听力和经验来判断乐器音高,然后手动调节琴弦。作为乐器的典型代表,钢琴被部署在这项工作中。提出了一种用stm32f103微机检测钢琴单音的方法,该方法通过测量来调节钢琴琴键的频率,具有方便,准确,易于推广的特点。

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