Fundamentals of FREE ENERGY generation with a transformer. Experiment #1

[tarakan]

@tarakan

Keep your idea for when you have to choose your thesis in school, and keep your eye out for the sale of this device.
It is a combination of an FPGA and microprocessor. Very high speed digital circuits tend to design themselves. Even
you could design your idea using this device;

http://www.kickstarter.com/projects/13588168/papilio-duo-drag-and-drop-fpga-circuit-lab-for-mak


:S:MarkSCoffman

I will wait for this kickstarter project to be up for sale.

[tarakan]

I need to learn to program FPGA, I guess.
Is there a hobbyist-friendly FPGA shield-like device, similar to what Arduino does to microcontrollers?
I have no experience with FPGA whatsoever.

I see that the Papillo DUO is the only thing that may be on the market. The rest of the designs exist only as step-by-step instructions.
I cannot solder SMD so I am not sure what to do with them.

I found another use for my circuit - electric pain relief devices. It doesn't have to be an RCL circuit to resonate. It can be a muscle.

This circuit can allow
a device like TENS 7000 penetrate the flesh and cause the muscle it is tuned to to relax and contract,
preventing most of the current from passing through the skin. Muscles do have self-frequency in a way.
This can allow two adhesive electrodes to excite a muscle that is out of their reach.

Meanwhile, I am a little bit isolated and there is no one more skillful than I am to teach me.
Is there an FPGA that can run at 100Mhz? Can FPGAs themselves act as asynchronous frequency dividers and divide the clock for Arduino?

[vasik041]

Is there a hobbyist-friendly FPGA shield-like device, similar to what Arduino does to microcontrollers?

http://www.elektor.com/search?q=fpga

[tarakan]

I wish I had that kind of money.

[tarakan]

I want to learn Verilog.

Does Mojo or Papillo run at higher frequencies?
I am not sure how frequencies work for FPGA as they can multiply their own clock.

So programming FPGA is all about generating code that automates routine settings of individual logic gates?
In a way how HTML generates a web page.
An iteration would be used to latch an N number of gates for a specific task.

I want to learn how to program them.
Interfacing FPGA would be a greater problem.
I would go for the ones that are wired to USB already.