Current Server Time: 20:44 (Central Europe)

#apertus IRC Channel Logs

2023/11/20

Timezone: UTC


15:59
se6astian
I am currently in a cinema so no meeting from my side today
15:59
se6astian
Unless bertl is available but he was not sure he will be earlier
16:00
Bertl
I'm available, we can convene if anybody has anything to report
16:07
Bertl
okay, doesn't look like, so meeting cancelled today :)
20:42
anuejn
Here is some late report from my side: I recorded some further logic traces of the 5d mark II with a faster logic analyzer and think that I would have enough information to replay the traces
20:43
anuejn
I am not sure yet exactly how to proceed (what testsetup I want to build)
20:43
anuejn
i would prefer something fpga-based as thats easier for me and probably closer to what I will have in the end
20:44
anuejn
but i dont really know If I want to build a board just yet (probably similiar to the micro a simple board stacking with the z-turn lite)
20:44
anuejn
or just go for a flywire setup
20:45
anuejn
also I probably have to investigate the power supply rails a bit further (test if they are constant current or constant voltage)
20:46
anuejn
and I might want to try to get more information on the analog outputs
20:46
anuejn
thats it from me this week :)
20:46
Bertl
thanks!
20:47
anuejn
Bertl: do you have a good idea how to find out if a power-supply is constant current / voltage?
20:48
Bertl
that should be simple if you can load it differently
20:48
Bertl
i.e. add a resistive load to an existing one or try two different resitivie loads
20:48
Bertl
if it is CC, you will get different voltage but identical current
20:49
Bertl
if it is CV, you'll get different currents but identical voltage, no?
20:49
anuejn
the constant current source should decrease voltage if I decrease resistance, right?
20:50
Bertl
yep, Ohm's law V=IR
20:50
anuejn
okay yeah will try that
20:50
Bertl
with I constant, you get I = V/R
20:51
Bertl
so the ratio of Voltage to Resistance is constant
20:52
anuejn
makes sense