Hi Florian,
On 09/29/2016 06:18 PM, Florian Vaussard wrote:
Hi Jacek,
Thank you for your comments!
Le 18. 09. 16 à 20:20, Jacek Anaszewski a écrit :
Hi Florian,
Thanks for the updated patch set. I have few comments below.
On 09/16/2016 01:34 PM, Florian Vaussard wrote:
The NCP5623 is a
Hi Florian,
On 09/29/2016 06:18 PM, Florian Vaussard wrote:
Hi Jacek,
Thank you for your comments!
Le 18. 09. 16 à 20:20, Jacek Anaszewski a écrit :
Hi Florian,
Thanks for the updated patch set. I have few comments below.
On 09/16/2016 01:34 PM, Florian Vaussard wrote:
The NCP5623 is a
Replying to my self after thinking twice...
Le 29. 09. 16 à 18:18, Florian Vaussard a écrit :
> Hi Jacek,
>
> Thank you for your comments!
>
> Le 18. 09. 16 à 20:20, Jacek Anaszewski a écrit :
>> Hi Florian,
>>
>> Thanks for the updated patch set. I have few comments below.
>>
>> On 09/16/2016
Replying to my self after thinking twice...
Le 29. 09. 16 à 18:18, Florian Vaussard a écrit :
> Hi Jacek,
>
> Thank you for your comments!
>
> Le 18. 09. 16 à 20:20, Jacek Anaszewski a écrit :
>> Hi Florian,
>>
>> Thanks for the updated patch set. I have few comments below.
>>
>> On 09/16/2016
Hi Jacek,
Thank you for your comments!
Le 18. 09. 16 à 20:20, Jacek Anaszewski a écrit :
> Hi Florian,
>
> Thanks for the updated patch set. I have few comments below.
>
> On 09/16/2016 01:34 PM, Florian Vaussard wrote:
>> The NCP5623 is a 3-channel LED driver from On Semiconductor controlled
Hi Jacek,
Thank you for your comments!
Le 18. 09. 16 à 20:20, Jacek Anaszewski a écrit :
> Hi Florian,
>
> Thanks for the updated patch set. I have few comments below.
>
> On 09/16/2016 01:34 PM, Florian Vaussard wrote:
>> The NCP5623 is a 3-channel LED driver from On Semiconductor controlled
On 09/24/2016 02:00 PM, Pavel Machek wrote:
Hi!
Instead I propose the following:
n_iled_max =
31 - (priv->led_iref * 2400 / priv->leds_max_current +
!!(priv->led_iref * 2400 % priv->leds_max_current))
div_round_up?
Exactly. Thanks.
--
Best regards,
Jacek Anaszewski
On 09/24/2016 02:00 PM, Pavel Machek wrote:
Hi!
Instead I propose the following:
n_iled_max =
31 - (priv->led_iref * 2400 / priv->leds_max_current +
!!(priv->led_iref * 2400 % priv->leds_max_current))
div_round_up?
Exactly. Thanks.
--
Best regards,
Jacek Anaszewski
Hi!
> Instead I propose the following:
>
> n_iled_max =
> 31 - (priv->led_iref * 2400 / priv->leds_max_current +
>!!(priv->led_iref * 2400 % priv->leds_max_current))
>
div_round_up?
Best regards,
Pavel
--
Hi!
> Instead I propose the following:
>
> n_iled_max =
> 31 - (priv->led_iref * 2400 / priv->leds_max_current +
>!!(priv->led_iref * 2400 % priv->leds_max_current))
>
div_round_up?
Best regards,
Pavel
--
Hi Florian,
Thanks for the updated patch set. I have few comments below.
On 09/16/2016 01:34 PM, Florian Vaussard wrote:
The NCP5623 is a 3-channel LED driver from On Semiconductor controlled
through I2C. The PWM of each channel can be independently set with 32
distinct levels. In addition,
Hi Florian,
Thanks for the updated patch set. I have few comments below.
On 09/16/2016 01:34 PM, Florian Vaussard wrote:
The NCP5623 is a 3-channel LED driver from On Semiconductor controlled
through I2C. The PWM of each channel can be independently set with 32
distinct levels. In addition,
The NCP5623 is a 3-channel LED driver from On Semiconductor controlled
through I2C. The PWM of each channel can be independently set with 32
distinct levels. In addition, the intensity of the current source can be
globally set using an external bias resistor fixing the reference
current (Iref) and
The NCP5623 is a 3-channel LED driver from On Semiconductor controlled
through I2C. The PWM of each channel can be independently set with 32
distinct levels. In addition, the intensity of the current source can be
globally set using an external bias resistor fixing the reference
current (Iref) and
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