如果你对发动机进行燃烧分析，以6500转/分的速度运行，分辨率为0，1度，你就可以达到400千赫。具有这种分辨率的编码器的直径约为6cm（2，5英寸）。所以，400 KHz的编码器信号仍然在燃烧研究领域内。
以上来自于百度翻译
以下为原文
If you take combustion analysis for engines, running at 6500rpm with a resolution of 0,1degree and you got your 400kHz. The encoder with this resolution has a diameter of about 6cm (2,5inch). So yes, 400kHz encoder signal is still within what one would expect in the field of combustion research.
如果你对发动机进行燃烧分析，以6500转/分的速度运行，分辨率为0，1度，你就可以达到400千赫。具有这种分辨率的编码器的直径约为6cm（2，5英寸）。所以，400 KHz的编码器信号仍然在燃烧研究领域内。
以上来自于百度翻译
以下为原文
If you take combustion analysis for engines, running at 6500rpm with a resolution of 0,1degree and you got your 400kHz. The encoder with this resolution has a diameter of about 6cm (2,5inch). So yes, 400kHz encoder signal is still within what one would expect in the field of combustion research.
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