Successful TPU-ECD replication !

[ronotte]

Hi all,

Yes, I'll search the reasons about the small waveform in pic 47. For the moment I'm attaching the missing pic 44  and sorry for pic 46 that has been lost!.

Roberto

[BEP]

@ronotte

The second and third pulse remind me of TDR (Time Domain Reflectometry) or cable fault finders. The type of pulse returned is indication of the fault or connection at that point in the cable. If I remember correctly the spacing from the off point of the driving pulse to the peak of the relected pulse is the distance of wire from the injection point to the fault, open or connection. If there is an inductor at that point there is usually a rise and fall. Two reflected pulses would indicate two downstream inductances in series.

Even if this is true the pulses are no less important.

However, I've only seen similar DC results on poorly designed generator parallel systems.

[Earl]

Hi Roberto,

I am glad that I am not the only one who loses photos when writing a documentation.

How does the attached schematic function? same? better? worse? not at all?

Regards, Earl

[ronotte]

@Earl,

I'm glad to hear from you. From the Torsion field theory the schematic you made should not work as the EM reconstruction does not take place as there is not a pulsed DC voltage!.......but if you want I'll take few minute to chek it.


@BEP,

thanks for your observations, very interesting!  I'll try to check-out that pulses. For sure in this case there's no line fault of any kind.  I do know very well reflectometry and standing wave situation as I've been and I'm still even if not active a Radio-Amateur (Ham  I0LY).

Roberto

[hartiberlin]

HiRoberto,
maybe the DC level in pic 47 has to do with the pulse width ?
What was the duty cycle in this test ?
Many thanks.