你好,
也许你让IWDG和WWDG混淆了。在STM8S器件中,只有WWDG可以在低功耗模式下“暂停”,实际上确实存在OPT3字节中的WDG_HALT位。 IWDG不能,即使在低功耗模式下也能保持活动状态。您的应用程序必须至少定期唤醒,以便为IWDG(主动停止模式)供电,然后它可以再次进入睡眠状态。
STM8L设备不同。他们可以通过Option Byte编程暂停IWDG。
问候。
以上来自于谷歌翻译
以下为原文
Hello,
maybe you're confusing IWDG with WWDG. In STM8S devices only WWDG can be ''suspended'' during low power mode, indeed there's WDG_HALT bit in OPT3 byte indeed; IWDG can't, and it remains active even in low power mode. Your application must wake up periodically at least to feed the IWDG (Active halt mode), then it can go to sleep again.
STM8L devices are different. They can suspend IWDG via Option Byte programming.
Regards.
你好,
也许你让IWDG和WWDG混淆了。在STM8S器件中,只有WWDG可以在低功耗模式下“暂停”,实际上确实存在OPT3字节中的WDG_HALT位。 IWDG不能,即使在低功耗模式下也能保持活动状态。您的应用程序必须至少定期唤醒,以便为IWDG(主动停止模式)供电,然后它可以再次进入睡眠状态。
STM8L设备不同。他们可以通过Option Byte编程暂停IWDG。
问候。
以上来自于谷歌翻译
以下为原文
Hello,
maybe you're confusing IWDG with WWDG. In STM8S devices only WWDG can be ''suspended'' during low power mode, indeed there's WDG_HALT bit in OPT3 byte indeed; IWDG can't, and it remains active even in low power mode. Your application must wake up periodically at least to feed the IWDG (Active halt mode), then it can go to sleep again.
STM8L devices are different. They can suspend IWDG via Option Byte programming.
Regards.
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