Scalar Battery Charger


The Scalar Wave Battery Charger

It happened on a Saturday night on the Bill Jenkins Show. I was invited to speak between the Dodger Baseball game and the news. The show had about one hour remaining to the end at 12:00 midnight.

Bill Jenkins knew nothing about what I was going to talk about that night. The time came for us to go on the air and the program started. I then proceeded to talk to the audience and I said, "Did anyone ever try this experiment: Did you ever try charging two capacitors, say about 22,000 microfarads, with 12 volts and then putting the two capacitors in series and dumping the charge across that same battery?" In the next few minutes the phone lines started to light up so I took the first phone call and answered the person's question. By the time the next call came up, it was time for news. By the time the news was over, I was on my way home with Bill.

Well two weeks went by and it came time for the next radio show. This is where Ray and Bill showed up. Bill Jenkins called for the radio station Chief Engineer, and said to Ray and Bill: "Well Show Us what You Got." Bill said, "WE HAVE A SCALAR WAVE BATTERY CHARGER." The Engineer said, "Sure you do." Bill said, "We do. We built this to John Bedini's plan." The Engineer said "OK, LET'S TEST IT." About this time Bill threw the switch on the side of the box , the lights and the motor started to run and Bill said to the station Engineer, "GO AHEAD MEASURE THE BATTERY." The station Engineer put the best meter the station owned across the battery. The Engineer looked over to Bill Jenkins and Me and said, "I do not believe this. This battery for all practical purposes is dead but yet it's running the lights and the motor and the battery is not running down."

For weeks after that the station was flooded with calls from people trying to find out where they could find this Bill and Ray. About one month after that I got a phone call from Bill. He said "Would you like to come over to my house. I said, "Sure." I got to his house and we talked for about two hours. At the end of our talk I asked Bill if I could have a copy of the circuit diagram. He said, "Sure. After all,you invented the thing."

This is where the bad part comes in. What the hell happened to Bill and Ray with this box? They never did anything with it. Here is the good part, the circuit diagram as he drew it I have only copied it in my paint program. IT'S YOURS, HAVE FUN. I NEVER BUILT IT. I ONLY HAD AN IDEA ABOUT A PORTABLE BATTERY CHARGER YOU NEVER HAD TO PLUG INTO THE WALL FOR POWER.

Some things in the circuit look wrong to me. But this is the circuit just the way I received it. So that's what I'm putting on the page. I have not studied this circuit and I haven't built it. I'm just giving you the information.


Good Luck

John Bedini

Scalar charger running part 1

Scalar charger running part 2

Scalar charger running part 3



John Bedini's 2.5A12-EX (Extreme) battery charger and rejuvenator is the #1 most requested item from the Tesla Chargers product line. Although these have been out of production for almost 5 months, we still get emails almost on a daily basis asking us when these are going to be available again. Good news! We expect to be shipping these sometime in May! Visit Tesla Chargers and join the Tesla Chargers mailing list to be notified when we are accepting pre-orders. http://teslachargers.com

If you are unfamiliar with what is so special about these chargers, they can bring back about 80% of the batteries that are doomed for the scrap yard that nothing else can bring back and we can rejuvenate them so that they have 80-110% of the brand new manufacturer's rated capacity! And if you periodically charge your 12v flooded cell lead acid batteries that are in good shape with this, you will extend their life beyond what you can imagine. Just saving a few batteries pays for the unit, so it's a no-brainer that this charger is a must have for any family or business.

Learn more here:



The scalar battery charger tests
Additional comment :

The most strange event is that after 19 hours of running time, the battery voltage drop to 0 volts, and the motor continued to run ( !!! ?? !!! ). It seemed that the condensators could maintained power to supply motor after this first deadline. You could see on my report that the charge of battery restart after, for new 4 hours ( strange and curious event ?? ). I couldn't explain today what happened, but it's reality. I don't know if it is the good way for overunity, I have the feeling that it isn't......

The clock frequency is 25 Hz ( T=40ms) with cyclic ratio of 50%.

You have the specs of some MosFet bellow :

IRF820 ( MOS-N-FET-e V-MOS, 500V, 2.5A, 50W, <3ohm(1.5A) )
IRF234 ( MOS-N-FET-e V-MOS, 250V, 8.1A, 75W, <0.45ohm(4.1A)
BUZ11  ( MOS-N-FET-e V-MOS,  50V, 30A,  75W, <0.04ohm(19A)

but you can see in these characteristics that the IRF234 have a RDS of 0.45ohm Vs 3 ohm for the IRF820. Better RDS is low better the result because joules effect losses must be minimized.

The main problem is the stability of the battery charge, I think that this device must be used as a demonstrator purpose only but not in real operational use (power supply). Because the battery don't support the high peak of voltage and if the device is not properly tuned it may destroy the battery ( lost of its memory effect ). If the charger is correctly tuned it run as a scalar charger but it is difficult to tune correctly for long working time.

USP 6677730
Device and Method for Pulse Charging a Battery and for Driving Other Devices with a Pulse

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