> Return voltages of the servos would increase the > the whole system, which the VBar notices and logs > A weak power supply would cause a voltage drop in > The 3.3 V rail is cpu and satellite voltage.
> Different packs to the BEC most probably wouldn't > did you use the packs directly on the VBar? > We did some research on such issues here: Satellites could brown out/reset in this configuration, a regular rx or SBus or single line rx which is powered by rc voltage would not leave the ship so early, as well as the VBar which can work down to 2 volts. This is why capacitors can pretty much sort this out, because they dampen the very short but very high voltage peaks in both directions.īut of course each component in the system should have sufficient capacity so it does not harm other components (which, like the VBar, have their own capacities, but maybe not enough to compensate for the beating they get). When after a few more microseconds the voltage drops again to normal, the voltage regulator has to adapt again, and this way it can be too slow, causing the 3.3 V powered circuitry to hiccup. The voltage regulator would have to adapt to that (to protect the cpu and stuff). Return voltages of the servos would increase the voltage temporarily (within microseconds). The 3.3 V rail is cpu and satellite voltage.Ī weak power supply would cause a voltage drop in the whole system, which the VBar notices and logs with different thresholds.
Did you use the packs directly on the VBar? Different packs to the BEC most probably wouldn't change a thing
0 kommentar(er)
