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majority of the 2.4GHz circuitry runs off of 3.3V through a LM2937 3.3V linear voltage regulator. Maybe the internal transmitting circuit runs off of 3.3V as well?
Guys, I'm new to 2.4ghz and i have a XPS module attached to my Optic6. I'm just as curious about this topic too because I've lost range TWICE (on two different flights) at around 250 to 300 meters. I had to run towards the model just to get the range back. This happened at the tail end of a regular 5 mins flight on a 3s 1700mAh Lipo drawing only 12A. Which I would think still leaves quite a bit of Volts left in the Lipo.
Guys, I'm new to 2.4ghz and i have a XPS module attached to my Optic6. I'm just as curious about this topic too because I've lost range TWICE (on two different flights) at around 250 to 300 meters. I had to run towards the model just to get the range back. This happened at the tail end of a regular 5 mins flight on a 3s 1700mAh Lipo drawing only 12A. Which I would think still leaves quite a bit of Volts left in the Lipo.
Any logical explanations for this occurrence?
We r talking about TX voltage.
Your case is the RX volt, right?
I think it is RX reboot due to sudden drop in volts. Can yr ESC supply 3Amp to RX ( Not the one to motor)?
I'm thinking about getting a lipoly batt for the DX7. Not sure if it will burn out the volt regulator. Anybody here uses lipo care to share?
I bought from US so the charger is 120V, can't use in SG. I modified my optic 6 charger (switch polarity) to charge. it works, but really slow - 60mA only.
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