- Reverted the dual transistor IC back to a single transistor (TSM
thingo)
- Added PSU indicator LED
- Added PSU control/expansion header.
Note that this is only in eschema, not pcbnew!
That's it. Literally a single #define that determines how many
milliseconds the OS waits before reconnecting. Fixed an error with
Windows not reading it on new mobo, hopefully fixes it under OS X as
well.
May have accidentally broken Linux (untested, I wasn’t being shotgunny
but equally wasn’t being super careful). Seems to randomly fail on
launch. Probably a race condition on the mutex?
.pro file now works with both Windows and Linux. Have fixed up some
header names to have capital letters. Windows doesn't mind, but Linux
cracks the shits. Hop to have it runnning in Ubuntu ASAP.
Sadly, it only functions about half a dozen times before failing. I
suspect something isn't being released; perhaps another call needs to be
made to the .dll?
Some CSV export features implemented - dump everything (in a stream -
750ksps!!) or just dump what's visible in screen. Stream doesn't dump
actual voltage readings but raw sample data.
Board software has been updated to fix DMAnot transmitting the correct
data for signal gen CH1 in modes 4 and 5
Two new ways of changing range:
- Press Z to snap to cursors, or M to open a dialog and enter manually.
- The frequency boxes now scroll in a more sane way - round down to the
nearest multiple of 10, then divide by 10 to find out the increment.
For example, at 2kHz, the next value will be 2.1kHz (2000 + 1000/10)
rather than 2.001Hz (2000 + 1).
Mode 4 (Logic Analyzer CH1 and CH2) code has been rewritten and a
third(!!!) pause button has been added to allow pausing while scope is
diabled.
Two of them should disappear in the next commit. :)
Removed hardcoded link to C:/kfvcc in software - it can now be run from
any folder! Also changed some compilation settings to make it for
mass-produced hardware and actually-deployable software. (Shadow build
was causing an error).
EspoTek