Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

I'll concern myself with the modus-operandi if and when i get this concoction to self-run In the meantime, I'm happy to consider any possibility, including the transmutation of the plastic vinyl dispenser tube, especially one that has some vinyl residue still adhering to the inside wall. 
Hoppy

[d3x0r]

How do I use my scope to see this clock? 


Connecting the probe to ground, and using the probe in various points changes the timings.  Some points it kills the thing altogether, some places it helps, because it's a load to ground so a voltage that is marginally a low becomes more of a low.  So the output of the nano-pulser looked good, but it's actually gating on for a long time.  The tiny toroid though keeps a very good tight signal (on the rising edge and the falling edge of the KT926 turning on and then off.  (although there is a low supply of current from the inverter circuit below; so probably shortly after the on the pulse will be held low, and there won't be enough voltage left flowing to make a falling edge pulse).

[verpies]

How do I use my scope to see this clock? 

Do you have an active >1GHz FET probe, or the high capacitance, low frequency passive probe?

[d3x0r]

Do you have an active >1GHz FET probe, or the high capacitance, low frequency passive probe?

I have stock probes on a Hantek 1200 handheld scope (http://www.hantek.com/english/produce_list.asp?unid=81 ) or a Rigol DS1052E (http://www.rigolna.com/products/digital-oscilloscopes/ds1000e/ds1052e/ )  ... probably 100Mhz  1Mohm ? 


but if I don't, is there a workaround?  Can I just add another 1M resistor to the sense point and measure lower voltages?

[verpies]

but if I don't, is there a workaround?  Can I just add another 1M resistor to the sense point and measure lower voltages?

1MΩ will charge the probe's capacitance slower. 
Difficult stuff.