有3个不同的家庭，他们都表现出不同的PSoC。MUX是不是只要你不使用一个需要时钟的问题。从深度睡眠模式，所有组件使用的高频时钟（来自系统时钟）冷冻。
GPIO保持psoc5，但psoc4 iOS是冷冻休眠模式可能会与你的连接复用的麻烦。
所以你可以自由地使用深度睡眠模式，但是试试看。
鲍勃
以上来自于百度翻译
以下为原文
There are 3 different PSoC families and they all behave differently. The Mux is not the problem as long as you do not use one that needs a clock. From deep sleep mode on, all components using a high frequency clock (derived from the system clock) are freezed.
The GPIO are maintained in PSoC5, but in PSoC4 the IOs are frozen in hibernate mode which will probably give trouble with your connected mux.
So you may use deep-sleep mode freely, but give it a try.
Bob
有3个不同的家庭，他们都表现出不同的PSoC。MUX是不是只要你不使用一个需要时钟的问题。从深度睡眠模式，所有组件使用的高频时钟（来自系统时钟）冷冻。
GPIO保持psoc5，但psoc4 iOS是冷冻休眠模式可能会与你的连接复用的麻烦。
所以你可以自由地使用深度睡眠模式，但是试试看。
鲍勃
以上来自于百度翻译
以下为原文
There are 3 different PSoC families and they all behave differently. The Mux is not the problem as long as you do not use one that needs a clock. From deep sleep mode on, all components using a high frequency clock (derived from the system clock) are freezed.
The GPIO are maintained in PSoC5, but in PSoC4 the IOs are frozen in hibernate mode which will probably give trouble with your connected mux.
So you may use deep-sleep mode freely, but give it a try.
Bob
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