Hi,
Thanks Mathias, problem is solved. My application is running as it should.
Cheers,
Jan
> Op 5 nov. 2018, om 20:04 heeft Matthias Trute het volgende
> geschreven:
>
> Hi,
>
>> When I do the command $1d c@ . I get a value of 0001000. How is that
>> possible? Or do I something wrong?
>
>
Hi,
> When I do the command $1d c@ . I get a value of 0001000. How is that
> possible? Or do I something wrong?
Historically Atmel defined 32 special addresses
that together with
certain opcodes that are used for
some IO or CPU relevant things (e.g.
the machine
status register which is one of th
Tristan,
I have found the datasheet.
Cheers,
Jan
Verstuurd vanaf mijn iPad
> Op 5 nov. 2018 om 11:26 heeft Jan Kromhout het
> volgende geschreven:
>
> Tristan,
>
> Thanks again for your hulp.
> Please can you provide me the link to download the datasheet your mention.
> When I look to the
Tristan,
Thanks again for your hulp.
Please can you provide me the link to download the datasheet your mention. When
I look to the
datasheets they only have about 25 pages!!.
Cheers,
Jan
> Op 5 nov. 2018, om 09:47 heeft Tristan Williams het
> volgende geschreven:
>
> Jan,
>
>> The addres
Jan,
> The address is $1d. When I look to the documentation te bits 0 and 1
> are R/W and the other bits are only Read (With a initial value of 0)
> When I do the command $1d c@ . I get a value of 0001000. How is that
> possible? Or do I something wrong?
The answer to this lies in the memory map
Hi,
I have a strange behavior and can’t explain.
The ATmega328P supports two external interrupts which are individually enabled
by setting bits INT1 and INT0 in the External Interrupt Mask Register (EIMSK)
The address is $1d. When I look to the documentation te bits 0 and 1 are R/W
and the other
