On 10.10.2018 15:39, Thierry Reding wrote:
> On Wed, Oct 10, 2018 at 09:33:25AM +, Vokáč Michal wrote:
>> Output of the PWM block on i.MX SoCs is always low when the block is
>> disabled. This can cause issues when inverted PWM polarity is needed.
>> With inverted polarity a duty cycle = 0%
On 10.10.2018 15:39, Thierry Reding wrote:
> On Wed, Oct 10, 2018 at 09:33:25AM +, Vokáč Michal wrote:
>> Output of the PWM block on i.MX SoCs is always low when the block is
>> disabled. This can cause issues when inverted PWM polarity is needed.
>> With inverted polarity a duty cycle = 0%
On Wed, Oct 10, 2018 at 09:33:25AM +, Vokáč Michal wrote:
> Output of the PWM block on i.MX SoCs is always low when the block is
> disabled. This can cause issues when inverted PWM polarity is needed.
> With inverted polarity a duty cycle = 0% corresponds to high level on
> the output. Now,
On Wed, Oct 10, 2018 at 09:33:25AM +, Vokáč Michal wrote:
> Output of the PWM block on i.MX SoCs is always low when the block is
> disabled. This can cause issues when inverted PWM polarity is needed.
> With inverted polarity a duty cycle = 0% corresponds to high level on
> the output. Now,
Output of the PWM block on i.MX SoCs is always low when the block is
disabled. This can cause issues when inverted PWM polarity is needed.
With inverted polarity a duty cycle = 0% corresponds to high level on
the output. Now, when PWM is disabled its output instantly goes low
which corresponds to
Output of the PWM block on i.MX SoCs is always low when the block is
disabled. This can cause issues when inverted PWM polarity is needed.
With inverted polarity a duty cycle = 0% corresponds to high level on
the output. Now, when PWM is disabled its output instantly goes low
which corresponds to
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