FREE ENERGY AC GENERATOR ?

[SchubertReijiMaigo]

SchubertReijiMaigo,  Ashtweth is around and this is the web site he runs: http://www.panaceauniversity.org
  Lots of good info there free to download  and I am sure there will be contact info there to for you to reach him.

Thank you e2matrix, I 'll take a look at this.

[teslaalset]

Reading the original article, I notice a few things:
- the components are chosen such that a resonance frequency of 50 Hz is targeted.
- The transformer is a basic transformer available in the student version of PSpice, so it's a non commercial transformer, just a Spice code. The type nr. does not refer to a commercial available transformer.

As far as best capacitors, I wouldn't prefer elco's. They have rather high loss. Best choice in my view are the types made of metal foil which do not have a voltage preference. Available values are a lower than those of elco's (nF ... 2 uF).
I think the whole circuit could well work at reasonable higher frequencies.

For those who would like to tune the design a bit to their own available components, I advise to download the free student version of PSpice and play with the values. Very educational and not very hard to do. I'll see what I can do to post the PSpice circuit file here later this weekend.

[teslaalset]

I did an attempt to copy this model into Pspice.
However I am struggling with the nonlinear transformer model. The default library has a nonlinear transformer available, but I am not able yet to get the model simulated (transient simulation).

Anyone with knowledge on modelling non linear transformers in PSpice is invited to help out here.

[Omnibus]

I did an attempt to copy this model into Pspice.
However I am struggling with the nonlinear transformer model. The default library has a nonlinear transformer available, but I am not able yet to get the model simulated (transient simulation).

Anyone with knowledge on modelling non linear transformers in PSpice is invited to help out here.

I second that. PSpice is a great software even as it is (the student version). Too bad some of us didn't know about it (thanks are due to @poynt99) and had to struggle unnecessarily with the frugal equipment at hand.

There are a number of claims that I'd be very curious to see modeled with PSpice, including the one @teslaalset is mentioning. Another  one would be @nul-points' schematic he thinks is connected with the Maxwell daemon and, of course, almost anything else electric on this board. 

One word of caution -- don't use the tools for data analysis within PSpice. Transfer the data outside of PSpice into a spreadsheet for a transparent data processing.

[gyulasun]

MAybe this link helps some way?

http://www.uta.edu/ee/hw/pspice/pspice06.htm

Gyula

EDIT: some other info: http://www.uta.edu/ee/hw/pspice/index.php

I did an attempt to copy this model into Pspice.
However I am struggling with the nonlinear transformer model. The default library has a nonlinear transformer available, but I am not able yet to get the model simulated (transient simulation).

Anyone with knowledge on modelling non linear transformers in PSpice is invited to help out here.