Hi Alexandre,
On 09/23/2013 02:47 PM, Alexandre Belloni wrote:
Hector,
I'd like to go forward with this and have a chance to see that included
in 3.13. Do you mind if I rework your patch series by removing the DT
part and then resubmit ?
I don't mind at all. Please go ahead.
Regards,
On
Hector,
I'd like to go forward with this and have a chance to see that included
in 3.13. Do you mind if I rework your patch series by removing the DT
part and then resubmit ?
Regards,
On 24/08/2013 01:00, Jonathan Cameron wrote:
> On 08/22/13 17:51, Pawel Moll wrote:
>> On Thu, 2013-08-22 at
Hector,
I'd like to go forward with this and have a chance to see that included
in 3.13. Do you mind if I rework your patch series by removing the DT
part and then resubmit ?
Regards,
On 24/08/2013 01:00, Jonathan Cameron wrote:
On 08/22/13 17:51, Pawel Moll wrote:
On Thu, 2013-08-22 at
Hi Alexandre,
On 09/23/2013 02:47 PM, Alexandre Belloni wrote:
Hector,
I'd like to go forward with this and have a chance to see that included
in 3.13. Do you mind if I rework your patch series by removing the DT
part and then resubmit ?
I don't mind at all. Please go ahead.
Regards,
On
On 08/22/13 17:51, Pawel Moll wrote:
> On Thu, 2013-08-22 at 07:17 +0100, Jonathan Cameron wrote:
>> I would favour option 2 though some of the discussions going on at the
>> moment about
>> bindings might result in a generic description of this and any other bits of
>> analog front end.
>
>
On 08/22/13 17:51, Pawel Moll wrote:
On Thu, 2013-08-22 at 07:17 +0100, Jonathan Cameron wrote:
I would favour option 2 though some of the discussions going on at the
moment about
bindings might result in a generic description of this and any other bits of
analog front end.
Any link to
On 08/22/2013 06:41 PM, Pawel Moll wrote:
>
> On Wed, 2013-08-21 at 23:13 +0100, Alexandre Belloni wrote:
>> You are not so wrong. There is indeed actually only one reference
>> voltage (and that is 1.85V). But, before feeding the voltage to the ADC
>> channels, you sometimes have a divider.
On Thu, 2013-08-22 at 07:17 +0100, Jonathan Cameron wrote:
> I would favour option 2 though some of the discussions going on at the moment
> about
> bindings might result in a generic description of this and any other bits of
> analog front end.
Any link to this discussion?
On Thu, 2013-08-22 at 09:05 +0100, Hector Palacios wrote:
> This was what I originally submitted but it then looked like it would better
> fit in
> the DeviceTree. The spear-adc seemed to use a similar approach:
I'm not sure if it's the best example... I much more prefer the AD7303's
way:
On Wed, 2013-08-21 at 23:13 +0100, Alexandre Belloni wrote:
> You are not so wrong. There is indeed actually only one reference
> voltage (and that is 1.85V). But, before feeding the voltage to the ADC
> channels, you sometimes have a divider. Then, after the channel muxing,
> you can add a by 2
Dear Alexandre,
On 08/22/2013 12:13 AM, Alexandre Belloni wrote:
Hi Pawel,
On 14/08/2013 16:44, Pawel Moll wrote:
On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
On 07/22/13 15:04, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different
Sorry accidental HTML message hence resend
Alexandre Belloni wrote:
>Hi Pawel,
>
>On 14/08/2013 16:44, Pawel Moll wrote:
>> On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
>>> On 07/22/13 15:04, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can
Sorry accidental HTML message hence resend
Alexandre Belloni alexandre.bell...@free-electrons.com wrote:
Hi Pawel,
On 14/08/2013 16:44, Pawel Moll wrote:
On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
On 07/22/13 15:04, Hector Palacios wrote:
Some LRADC channels have fixed
Dear Alexandre,
On 08/22/2013 12:13 AM, Alexandre Belloni wrote:
Hi Pawel,
On 14/08/2013 16:44, Pawel Moll wrote:
On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
On 07/22/13 15:04, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different
On Wed, 2013-08-21 at 23:13 +0100, Alexandre Belloni wrote:
You are not so wrong. There is indeed actually only one reference
voltage (and that is 1.85V). But, before feeding the voltage to the ADC
channels, you sometimes have a divider. Then, after the channel muxing,
you can add a by 2
On Thu, 2013-08-22 at 09:05 +0100, Hector Palacios wrote:
This was what I originally submitted but it then looked like it would better
fit in
the DeviceTree. The spear-adc seemed to use a similar approach:
I'm not sure if it's the best example... I much more prefer the AD7303's
way:
On Thu, 2013-08-22 at 07:17 +0100, Jonathan Cameron wrote:
I would favour option 2 though some of the discussions going on at the moment
about
bindings might result in a generic description of this and any other bits of
analog front end.
Any link to this discussion?
On 08/22/2013 06:41 PM, Pawel Moll wrote:
On Wed, 2013-08-21 at 23:13 +0100, Alexandre Belloni wrote:
You are not so wrong. There is indeed actually only one reference
voltage (and that is 1.85V). But, before feeding the voltage to the ADC
channels, you sometimes have a divider. Then, after
Hi Pawel,
On 14/08/2013 16:44, Pawel Moll wrote:
> On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
>> On 07/22/13 15:04, Hector Palacios wrote:
>>> Some LRADC channels have fixed pre-dividers so they can measure
>>> different voltages at full scale. The reference voltage allows to
>>>
Hi Pawel,
On 14/08/2013 16:44, Pawel Moll wrote:
On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
On 07/22/13 15:04, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a
On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
> On 07/22/13 15:04, Hector Palacios wrote:
> > Some LRADC channels have fixed pre-dividers so they can measure
> > different voltages at full scale. The reference voltage allows to
> > expose a scaling attribute through the IIO sysfs so
On Tue, 2013-08-13 at 22:23 +0100, Jonathan Cameron wrote:
On 07/22/13 15:04, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs so that a
On 07/22/13 15:04, Hector Palacios wrote:
> Some LRADC channels have fixed pre-dividers so they can measure
> different voltages at full scale. The reference voltage allows to
> expose a scaling attribute through the IIO sysfs so that a user can
> compute the real voltage out of a measured sample
On 07/22/13 15:04, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs so that a user can
compute the real voltage out of a measured sample
On 23/07/2013 00:06, Marek Vasut wrote:
> Dear Lars-Peter Clausen,
>
>> On 07/22/2013 04:04 PM, Hector Palacios wrote:
>>> Some LRADC channels have fixed pre-dividers so they can measure
>>> different voltages at full scale. The reference voltage allows to
>>> expose a scaling attribute through
On 23/07/2013 00:06, Marek Vasut wrote:
Dear Lars-Peter Clausen,
On 07/22/2013 04:04 PM, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs
Dear Lars-Peter Clausen,
> On 07/22/2013 04:04 PM, Hector Palacios wrote:
> > Some LRADC channels have fixed pre-dividers so they can measure
> > different voltages at full scale. The reference voltage allows to
> > expose a scaling attribute through the IIO sysfs so that a user can
> > compute
On 07/22/2013 04:04 PM, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs so that a user can
compute the real voltage out of a measured sample
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs so that a user can
compute the real voltage out of a measured sample value.
Signed-off-by: Hector Palacios
Acked-by:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs so that a user can
compute the real voltage out of a measured sample value.
Signed-off-by: Hector Palacios
On 07/22/2013 04:04 PM, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs so that a user can
compute the real voltage out of a measured sample
Dear Lars-Peter Clausen,
On 07/22/2013 04:04 PM, Hector Palacios wrote:
Some LRADC channels have fixed pre-dividers so they can measure
different voltages at full scale. The reference voltage allows to
expose a scaling attribute through the IIO sysfs so that a user can
compute the real
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