我建议仔细阅读（最终重读）AN1307。你发现“扭矩”和“腐烂”的发生紧密联系在一起吗？衰变是对线圈的断电和功耗。如果你的电源已经有足够的“肌肉”，衰变模式与扭矩没有太大关系，虽然缓慢衰减可能导致在给定的电源电压下获得更高的电流，从而导致扭矩的增加。不管怎样，更重要的是你的控制方案是否适合你的配置，而不是一些关于腐烂影响的讨论。
以上来自于百度翻译
以下为原文
I suggest to carefully read (eventually re-read) AN1307. Do you find any occurrences of "torque" and "decay" closely together?
Decay is about de-energizing the coils and about power consumption. Provided your power supply has got enough "muscles", decay mode has not much to do with torque, though slow decay might result in achieving higher currents for a given supply voltage - resulting in an increase of torque. Anyway - it's more the question whether your control scheme fits your configuration than some fancy discussion about the influence of decay.
我建议仔细阅读（最终重读）AN1307。你发现“扭矩”和“腐烂”的发生紧密联系在一起吗？衰变是对线圈的断电和功耗。如果你的电源已经有足够的“肌肉”，衰变模式与扭矩没有太大关系，虽然缓慢衰减可能导致在给定的电源电压下获得更高的电流，从而导致扭矩的增加。不管怎样，更重要的是你的控制方案是否适合你的配置，而不是一些关于腐烂影响的讨论。
以上来自于百度翻译
以下为原文
I suggest to carefully read (eventually re-read) AN1307. Do you find any occurrences of "torque" and "decay" closely together?
Decay is about de-energizing the coils and about power consumption. Provided your power supply has got enough "muscles", decay mode has not much to do with torque, though slow decay might result in achieving higher currents for a given supply voltage - resulting in an increase of torque. Anyway - it's more the question whether your control scheme fits your configuration than some fancy discussion about the influence of decay.
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