Hi,
Dne četrtek, 18. januar 2018 ob 11:58:41 CET je Maxime Ripard napisal(a):
> Hi,
>
> On Wed, Jan 17, 2018 at 09:14:11PM +0100, Jernej Skrabec wrote:
> > This commit changes formula from this:
> >
> > Freq = (parent_freq * N * K) / (M * P)
> >
> > to this:
> >
> > Freq = (parent_freq / M) *
Hi,
Dne četrtek, 18. januar 2018 ob 11:58:41 CET je Maxime Ripard napisal(a):
> Hi,
>
> On Wed, Jan 17, 2018 at 09:14:11PM +0100, Jernej Skrabec wrote:
> > This commit changes formula from this:
> >
> > Freq = (parent_freq * N * K) / (M * P)
> >
> > to this:
> >
> > Freq = (parent_freq / M) *
Hi,
On Wed, Jan 17, 2018 at 09:14:11PM +0100, Jernej Skrabec wrote:
> This commit changes formula from this:
>
> Freq = (parent_freq * N * K) / (M * P)
>
> to this:
>
> Freq = (parent_freq / M) * N * K / P
>
> This improves situation when N is in the range 1-255. PLL parent clock
> is almost
Hi,
On Wed, Jan 17, 2018 at 09:14:11PM +0100, Jernej Skrabec wrote:
> This commit changes formula from this:
>
> Freq = (parent_freq * N * K) / (M * P)
>
> to this:
>
> Freq = (parent_freq / M) * N * K / P
>
> This improves situation when N is in the range 1-255. PLL parent clock
> is almost
This commit changes formula from this:
Freq = (parent_freq * N * K) / (M * P)
to this:
Freq = (parent_freq / M) * N * K / P
This improves situation when N is in the range 1-255. PLL parent clock
is almost always 24 MHz, which means that for N >= 180 original formula
overflows and result
This commit changes formula from this:
Freq = (parent_freq * N * K) / (M * P)
to this:
Freq = (parent_freq / M) * N * K / P
This improves situation when N is in the range 1-255. PLL parent clock
is almost always 24 MHz, which means that for N >= 180 original formula
overflows and result
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