On 22.10.2015 00:24, Denis 'GNUtoo' Carikli wrote:
> On Sat, 17 Oct 2015 12:57:54 +0200
> Nico Huber wrote:
>> I'd try with the AC adapter. In that case Vcc must _not_ be connected
>> to your programmer. GND, OTOH, has to stay connected.
> If that happens, could the EC be
On Sat, 17 Oct 2015 12:57:54 +0200
Nico Huber wrote:
> 2. The write protection pin of your flash chip is asserted.
That's what I suspect too, but it could also be some other sort of
write protections. Some chip do support more flexible ways of write
protecting the chip, that's for
Unfortunately I don't have any soldering tools or experience, so if you could
give an advice
about ISP programming (In-System-Programming/In-Situ-Programming) , it will be
super helpful!
I teardown a bricked laptop, removed AC power, laptop's power battery, and even
a small CMOS battery,
and
his flash chip supports between 2.7V and
3.6V,
3.3V seems OK and I would probably try taking it to Vcc from "USB to TTL
adapter"
if the solution with a laptop's AC adapter will not work...
AC adapter would also powering EC controller, so what if EC will setup a
write protect?
Best wishes,
Unfortunately I don't have any soldering tools or experience, so if you
could give an advice
about ISP programming (In-System-Programming/In-Situ-Programming) , it
will be super helpful!
I teardown a bricked laptop, removed AC power, laptop's power battery,
and even a small CMOS battery,
and now