Zooty

If you put the AC part of a FWBR across the power coil, when the transistor switches on, wont current flow from the primary in to the charge battery if the charge battery is lower in voltage?



This modification does not drop the input as much as i thought it did. I realized the first time i connected it, i had the charge return going straight to the source positive before the ammeter so it was showing only current leaving the source. By connecting the return after the ammeter i was reading 90ma less than before. I then realized that this must be a characteristic of the normal SSG circuit. It does in fact push around 90ma back to the source but it has to be pushed through the ammeter to see it. I still think there is something here because the charge rate is much higher with the extra inductor and no increase in input.

Hi Minoly, this is very different from the Tesla Impulse Technology that John showed in that video. He uses a bridge rectifier directly across the power coil and the extra inductor has an air core. What i wanted to do was take advantage of the inductive spike because it does not seem to loose strength as it travels through a conductor unlike normal hot current. I also noticed that depending on the load after the extra inductor, dictates how much current is generated in that inductor. The other thing to think about is, the extra inductor now also produces it's own inductive spike from the main inductive spike without any waste. When the main spike creates a dipole across the coil in series with the charge battery, current flows, creating a magnetic field in the extra coil. The spike is a very fast pulse with a nice sharp off so there is time for the field to collapse creating another spike and it seems to be free of charge because the charge battery sees all of it as if the inductor was never there I am wondering now if i can add several coils like this to make extra spikes free. I still don't understand how the neon can light up when the extra charge battery is disconnected

Edit:

If you have an ammeter connected to the positive of your source, make sure you connect the negative of the charge battery to the source positive after the ammeter so that you can measure the drop in input current. The SSG circuit pushes current back to the primary. If you connect the charging battery directly to the source positive terminal, you are bypassing the ammeter.

Hi all, i decided to go back to the SSG setup and try something i have been thinking about. My thought was to put an inductor with an iron core in the path of the inductive spike before it hits the charge battery. The idea was to see if i could give the wheel an extra push with the extra inductor but it did not really make a difference although it did create an extra magnetic field. What if found very strange was when the extra inductor was connected, the neon on the ssg circuit would flash bright and the charge battery would still charge. I added another diode to the new coil and it is now charging another battery. The primary charge battery has hardly been affected in it's charge rate and the second battery is charging just as fast. The input has also dropped by 90ma!

I am getting amazing results with my tri filler solid state charger. Input is 12v@75ma. It charges a 12v 4.5ah sla to 14.95v in about 8 hours. The last time i ran the battery down, it went for 13 hours@100ma down to 12v. I am charging it for the third time on this setup, 4 hours in to charging and the voltage is already at 13.1v .. looks like cop>1 but i'll have to see how consistent it is. Just a quick note, i am not pulsing a cap over the charge battery, the rectifier is connected directly.