A tesistor temp installed between the battery cable and the inverter will charge the capacitors then attach the battery cable NO spark, an incandescent light bulb (60 watt) will work as a resistor👍
Hi Chuck. Thanks for the video. When you did the last test with fan only Kaweets meter read 2.6 amps and the inverter measured .2 amps. Shouldn’t they be the same? Is that because the inverter is measuring AC?
Have you actually used it in the field to power something while operating on HF? I have a different brand inverter that claims to be pure sine but it is super noisy on rf
Nice little inverter. The output looks good on the scope. I have seen some "pure sine wave" inverters that are not so pure!
Nice work 👍
A tesistor temp installed between the battery cable and the inverter will charge the capacitors then attach the battery cable NO spark, an incandescent light bulb (60 watt) will work as a resistor👍
Correction for last comment. Should read. A resistor temporarily installed (sorry)🙂
I wonder how RFI noisy it is when it's providing AC power?
Hi Chuck. Thanks for the video. When you did the last test with fan only Kaweets meter read 2.6 amps and the inverter measured .2 amps. Shouldn’t they be the same? Is that because the inverter is measuring AC?
Have you actually used it in the field to power something while operating on HF? I have a different brand inverter that claims to be pure sine but it is super noisy on rf
Can you connect 2 x 110v AC outlets in series to get 220v AC for us Aussies?😂
... dont try it Chuck! 👌🤠
What meter with the oscilloscope is that?
Ampeak > Amdip!