On 10/20/2016 12:44 PM, TJF wrote:
>
> eCAP is the right module to use.
>
> Am Donnerstag, 20. Oktober 2016 12:22:36 UTC+2 schrieb Charles Steinkuehler:
>
> ... record the time it happened with up to 5 nS resolution.
>
> The resolution is up to 10 nS (100 MHz clock), so the maximum
eCAP is the right module to use.
Am Donnerstag, 20. Oktober 2016 12:22:36 UTC+2 schrieb Charles Steinkuehler:
>
> ... record the time it happened with up to 5 nS resolution.
>
The resolution is up to 10 nS (100 MHz clock), so the maximum frequency is
50 MHz.
Find a code example (C syntax) in
On 10/19/2016 6:50 PM, Arthur Caio wrote:
> Hello you all!
>
> I need to calculate hot much time it takes for an input to go from LOW to
> HIGH
> and then to LOW again. Basically, I want to know the period of a square wave
> generated by the LM555 timer.
Use an eCAP timer input pin. That's
Oh, and right. For all intents and purpose concerning application
performance. cout with C++ and printf() in C would roughly be the same.
On Wed, Oct 19, 2016 at 8:48 PM, William Hermans wrote:
> Additionally, I'm not really sure if the above description I gave will be
> fast
Additionally, I'm not really sure if the above description I gave will be
fast enough, If you're very careful in how you structure your code, and
making sure not to use function calls that switch back and forth between
userspace / kernel space. I think it could be. However, if it is not fast
On Wed, Oct 19, 2016 at 4:50 PM, Arthur Caio wrote:
> Hello you all!
>
> I need to calculate hot much time it takes for an input to go from LOW to
> HIGH and then to LOW again. Basically, I want to know the period of a
> square wave generated by the LM555 timer.
>
> I am using
Hello you all!
I need to calculate hot much time it takes for an input to go from LOW to
HIGH and then to LOW again. Basically, I want to know the period of a
square wave generated by the LM555 timer.
I am using Qt Creator and programming in C++.
I am having trouble at programming this code