Loved this video!!! Always do. Off to look at multimeter and low value resistor method now, as i STILL dont have one of these or a cap tester. I have just finished making your hv probe this week, so thankyou for ur vid on how to find the value of the dmm resistor. I also made diode gone wilds hv meter, analog with many risistors and hv microwave diodes - one that gives 30kV in 1kV divisions, 60kV surge, and another 60kV constant, 120kV surge, so can finally measure some hv stuff. Checked it was right with a known 4kV and 8kV. Thanks aghain for such well explained and made vids, you explain the concept and show the practicalities of making beautifully my friend.
What about batteries with resistance in range of mega ohms, 4 v output that can lit up LEDs (just an example) continuous for years and electrodes or electrolyte do not consume ? Let’s something similar with Baghdad Battery or Stubblefield ?
Loved this video!!! Always do. Off to look at multimeter and low value resistor method now, as i STILL dont have one of these or a cap tester. I have just finished making your hv probe this week, so thankyou for ur vid on how to find the value of the dmm resistor. I also made diode gone wilds hv meter, analog with many risistors and hv microwave diodes - one that gives 30kV in 1kV divisions, 60kV surge, and another 60kV constant, 120kV surge, so can finally measure some hv stuff. Checked it was right with a known 4kV and 8kV. Thanks aghain for such well explained and made vids, you explain the concept and show the practicalities of making beautifully my friend.
Thanks!!!
It could be more educational if you had compared your previous method with this new method. We could see how the results compare to each other.
That is a great idea!
Woohoo!!!
👍
What about batteries with resistance in range of mega ohms, 4 v output that can lit up LEDs (just an example) continuous for years and electrodes or electrolyte do not consume ? Let’s something similar with Baghdad Battery or Stubblefield ?