Pulsed DC

[DavidE]

Farmhand,

After running hundreds of cycle test seeing a battery not deplete after being loaded seems non-typical, or in fact quite rare. I don't fully understand why this SWP circuit in certain circumstance causes the battery to increase under load and over time. More than not, I think that you would agree batteries actually decrease voltage by virtue of natural sulphation.

I have actually had several of these lighting systems in my home over the last several months. Day in and day out they are more efficient than anything else that I have tested. Until I was testing the pulsed DC circuit powered by grid AC.

My quest there is as I have said. Logic says no current on the AC side, should not allow for pulsed DC signal on the rectified side. But as you can see, the light works at full brightness.

But why and how still remains a mystery. If you can clear that up, I would be grateful.

Note: Grid power safety is always a concern, but I am assuming the same configuration with an AC inverter may produce similar results.

[Ufopolitics]

Great Testings!

Farmhand,

After running hundreds of cycle test seeing a battery not deplete after being loaded seems non-typical, or in fact quite rare. I don't fully understand why this SWP circuit in certain circumstance causes the battery to increase under load and over time. More than not, I think that you would agree batteries actually decrease voltage by virtue of natural sulphation.

I have actually had several of these lighting systems in my home over the last several months. Day in and day out they are more efficient than anything else that I have tested. Until I was testing the pulsed DC circuit powered by grid AC.

My quest there is as I have said. Logic says no current on the AC side, should not allow for pulsed DC signal on the rectified side. But as you can see, the light works at full brightness.

But why and how still remains a mystery. If you can clear that up, I would be grateful.

Note: Grid power safety is always a concern, but I am assuming the same configuration with an AC inverter may produce similar results.

Hello Dave!,

Great Thread, interesting testings!

I wanted to warn you as well when playing with AC Mains...

So far you are using small load, or say electronics loads like LED's or even CFL's...they do not demand strong flows of electricity...but, please, be aware that if you use any short circuit load, like an incandescent or halogen bulb...then you will be redirecting your llive AC power to your House Ground Frame...meaning that any appliance that has a steel (not painted, not insulated) ground...anyone could get shocked while you are doing this tests.

Now, exactly as Member Prembold have told you...you are sending, or returning the live wire AC connection through ground connect...

Related to your Kill a Watt Meter, I also believe He is right...This Meter measures from both AC Wires Live and Return or Neutral, not through Ground...so, in order to "clear doubts"...what you could do is to "jump" your Ground to your Neutral wire, right at the Kill a Watt Meter Input coming from your circuit...then read it.


Kind Regards Friend


Ufopolitics

[dR-Green]

The brightness of the light seems directly related to some value inherent in the "antenna" connection. I first bumped into this effect by mistakenly connecting one leg of the light load to a ground wire in a 20' length of house wire. The house wire was just spread out on the floor, like an antenna section, it wasn't connected to the house. I later connected this same leg to the metal ductwork in my home and it worked even better.

Apparently, the only draw on the battery is to run the transistor. In some cases I have even noted that the battery gained a charge over prolonged test. Also pictured is an AV plug that would sense the ambient power in the circuit when it went into resonance. Even the plastic case of the battery will light the av plug single LED.

What seems obvious at some point is that there is at least two kinds of energy flowing through this circuit. One from the 12V DC power source and another from... beyond.

What you describe complies with basic single wire effects as Farmhand pointed out.

Also in the same way, my low power amplifier lights LEDs wirelessly in close proximity with an AV plug, no coils required. Practically every part of the circuit starts to radiate RF/HF, this is normal.

As for the battery, it's a mass of water. If any HF is reaching the battery then the water will effectively radiate it. Note the identical effects of capacitance and the bucket of soil (and water) either radiating the energy or emitting lines of force in this video.

Tesla Magnifying Transmitter - Colorado Springs Scale Model 1860 kc - Single Wire & Wireless Light - YouTube

What I wish to show you is that this motor rotates with one single connection between it and the generator; that is to say, one terminal of the motor is connected to one terminal of the generator—in this case the secondary of a high-tension induction coil—the other terminals of motor and generator being insulated in space. To produce rotation it is generally (but not absolutely) necessary to connect the free end of the motor coil to an insulated body of some size. The experimenter's body is more than sufficient. If he touches the free terminal with an object held in the hand, a current passes through the coil and the copper disc is set in rotation. If an exhausted tube is put in series with the coil, the tube lights brilliantly, showing the passage of a strong current. Instead of the experimenter's body, a small metal sheet suspended on a cord may be used with the same result. In this case the plate acts as a condenser in series with the coil. It counteracts the self-induction of the latter and allows a strong current to pass. In such a combination, the greater the self-induction of the coil the smaller need be the plate, and this means that a lower frequency, or eventually a lower potential, is required to operate the motor.