好,
我做了一些计算。
首先,使用“理想”补偿曲线,器件在6000步/秒速度之前达到占空比的100%(约为4600步/秒)。高于此速度的测量不会进一步增加施加到电动机的电压正弦波。
试试这个配置,让我知道它是如何工作的:
kval_acc = kval_dec = kval_run = 0x42
st_slp = 0x06
fn_slp_acc = fn_slp_dec = 0x0b
int_spd = 0x3fff
恩里科
以上来自于谷歌翻译
以下为原文
Ok,
I made some calculations.
First of all also using the ''ideal'' compensation curve the device reaches the 100% of duty cycle before the 6000 step/s speed (at about 4600 step/s). That meas that above this speed the voltage sinewave applied to the motor is not further increased.
Try this configuration and let me know how it work:
kval_acc = kval_dec = kval_run = 0x42
st_slp = 0x06
fn_slp_acc = fn_slp_dec = 0x0b
int_spd = 0x3fff
Enrico
好,
我做了一些计算。
首先,使用“理想”补偿曲线,器件在6000步/秒速度之前达到占空比的100%(约为4600步/秒)。高于此速度的测量不会进一步增加施加到电动机的电压正弦波。
试试这个配置,让我知道它是如何工作的:
kval_acc = kval_dec = kval_run = 0x42
st_slp = 0x06
fn_slp_acc = fn_slp_dec = 0x0b
int_spd = 0x3fff
恩里科
以上来自于谷歌翻译
以下为原文
Ok,
I made some calculations.
First of all also using the ''ideal'' compensation curve the device reaches the 100% of duty cycle before the 6000 step/s speed (at about 4600 step/s). That meas that above this speed the voltage sinewave applied to the motor is not further increased.
Try this configuration and let me know how it work:
kval_acc = kval_dec = kval_run = 0x42
st_slp = 0x06
fn_slp_acc = fn_slp_dec = 0x0b
int_spd = 0x3fff
Enrico
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