Impulse Generator based on Bedini-style Joule Thief, Supercharged and Flux Capacitors

[Mike Goldman]

Ram Pulsar v2.3.1



Circuit simulation:

http://tinyurl.com/ram-pulsar-v2-3-1

Facebook discussion link:

http://tinyurl.com/ram-pulsar-v2-3-1-fb

Is this circuit interesting to anyone?

[Mike Goldman]

Here's a higher power version:

Ram Pulsar v2.2.1



Circuit simulation:

http://tinyurl.com/ram-pulsar-v2-2-1

Facebook discussion link:

http://tinyurl.com/ram-pulsar-v2-2-1-fb

[Faraday88]

Hi Mike,
Flux Capacitors sound similar from the Movie BACK TO THE FUTURE
Rgds,
Faraday88.

[Mike Goldman]

Hi Mike,
Flux Capacitors sound similar from the Movie BACK TO THE FUTURE
Rgds,
Faraday88.

I know, but that's what they actually are.

Basically just a bifilar pancake with one loop self connected will store magnetic flux from the impulse and return it in the next one, thus increasing -amps to the charging load. However stacking flux capacitors in series causes the power to be slightly increased and allows the tuning capacitor to be significantly reduced.

Back to the Future obviously embedded some clever references to Tesla's work but fictionalized of course. The diagram of a flux capacitor in the movie could even be a stylized bifilar pancake with some modification, which tells me there was some consciousness of it by someone involved in that production.

Anyhow, if the function of a coil is to capacitate flux, that is what it is. The induction is intentionally kept as low as possible, and they function even with no impulse load on the top coils, which can be demonstrated by running the simulation and removing both of the top resistors, so how can they be described as transformers? They are simply what they are, flux capacitors.

[Mike Goldman]

Here's an older version of the circuit I was calling a jtsupercharger at the time, showing just a single flux capacitor being used to improve charging performance.

jtsupercharger v3.0



Circuit simulation:

http://tinyurl.com/jtsupercharger3-0

Notice only 740mA are being taken at 1V to produce 1.29-A charge pulses at 12V here.