Joulethief SEC exciter and variants

[Jiffycoil]

I have a few coming from China. I will take apart one and see if its easy to replicate.

I did find this and it looks good. The output is 5 volts


Making the DC-DC Converter
The following parts are necessary to make this 0.7 to 5 Volt DC boost converter together with leads and either prototyping breadboard or soldering equipment and a board:

1 x MAX756
2 x 100uF Capacitors
2 x 0.1uF Capactitors
1 x 1N5817 Schottky Diode
1 x 22uH Power Inductor

Circuit Diagram

[anonymussle]

Looks good. I might give that a shot. Office Depot use to sell the 1.5v cell chargers. The one near here stopped selling them.

I figure it would just be a good idea to be able to make one of those from scratch.

Mussle

[SkyWatcher]

Hi folks, if anyone may be interested, I replicated the automatic solar joule thief and the circuit works good. I'm going to box it up and use it for low level lighting. The circuit is interesting, since it doesn't need a photocell to function, it just uses the solar panel voltage output to switch off the led. In case anyone missed that circuit, here is lidmotor's video.
YouTube - Lidmotor's Channel
peace love light
Tyson

[Lidmotor]

"Hewey"

Hi folks, if anyone may be interested, I replicated the automatic solar joule thief and the circuit works good. I'm going to box it up and use it for low level lighting. The circuit is interesting, since it doesn't need a photocell to function, it just uses the solar panel voltage output to switch off the led. In case anyone missed that circuit, here is lidmotor's video.
YouTube - Lidmotor's Channel
peace love light
Tyson

@Tyson
Here is a link to the video of my boxed version of this. I named it whimsically----"Hewey". It still works and does it's thing every day. My last version " Lewey" didn't work as well so I don't recommend that circuit. These were kinda childish toys but the principal circuits were of interest.

YouTube - Solar Joule Thief HEWEY Boxed

This really belongs on maybe another thread but maybe we could make an automatic solar on /off Exciter using this circuit.

Cheers,

Lidmotor

[seth]

Hi

Im getting much lower amp draw and much better output from a transistor i ripped out of a monitor - only one in the whole thing that worked, but it worked well.

1AA (in emergency charger) 1.27 V at 0.06 A (0.076 W) = 18W CFL fully lit, 15cm from L1. It'll even light my xenon tube a tiny bit, and my big neon bulb at the same time as the CFL. (first 2 mins of video)

6V lead battery @ 0.2A (1.2W) = 18W and 14W fully lit, again about 15cm wirelessly from L1, and my xenon works great in tandem with one the the CFLs.

YouTube - exciternewtranny

The magic transistor is an IRF 30 - this is a Mosfet right?? strange as i saw ''bce'' marked on the circuit board which i thought would mean it was a bipolar transistor - i thought mosfets didnt work in the exciter/kacher....

Anyway its a beauty guys. Try it!

[SeaMonkey]

Hi

Im getting much lower amp draw and much better output from a transistor i ripped out of a monitor - only one in the whole thing that worked, but it worked well.


The magic transistor is an IRF 30 - this is a Mosfet right?? strange as i saw ''bce'' marked on the circuit board which i thought would mean it was a bipolar transistor - i thought mosfets didn't work in the exciter/kacher....

Anyway its a beauty guys. Try it!

Some circuit boards were originally designed and marked
for a bipolar transistor. Production upgrades often replace
the original part with another but retain the origional
markings until a new run of boards is furnished.

Congratulations! You've exposed the myth that MosFets
won't/can't/shouldn't/never work! In truth, MosFets do
all that a bipolar transistor can do, and better.

The "secret" is knowing how to provide the proper Gate
signal to the MosFet in order to make it perform
efficiently.

IRF 30 sounds like an incomplete number. Is something
missing?

[xee2]

saw ''bce'' marked on the circuit board

If it was marked "bce" I suspect it is a transistor.

[seth]

OK - ive had another look at the magic transistor - i think it says IRF 730, or maybe IRF Z30.

These are still MOSFETs right?

PS - the field on 1AA is huge....at least 40 cm from my toroid and the 18W CFL still lights. I love my new transistor/MOSFET!!!!

[lamare]

Another possible combination of exciter circuit and Puharich

Hi all,

I posted another schematic to my peswiki article that may be interesting to experiment with:
Article:Free Electric Energy in Theory and Practice - PESWiki

This hasn't been tested, so it may work and it may not. Feel free to do with this as you like.

If you want to do this, and stay as close to what Puharich did as possible, then the on/off switching of the exciter should be done such that the power transformer you're driving is in resonance.

[slayer007]

In this video I just want to show how you can continuously run and charge with your Exciter.

For this to work the source voltage has to be higher than the charge voltage.

The phone charger should last for around eight hours.In that time you should be able to recharge two AA batteries off the one in the phone charger while getting good light.

YouTube - Continuously Run And Charge With Your Exciter

[CosmicFarmer]

Amazing claims, Slayer007.
In that circuit, are you using the tuning capacitor, as well as second coil on a battery terminal? I think a circuit diagram answers a thousand questions, though.

Also, if it isnt too much hassle, could you preform a charge/discharge test on a couple of batteries to back up your claim? I hope for the best!

Interesting that the more load, the more volts. I assume that you are getting closer to your tower's ideal resonant load as you add more fluorescent tubes. I wonder if an earthed grounding wire in close proximity to your tower would bring a higher charge voltage then the tubes?

Thanks for the tinkering.

Great find, thanks for sharing.

[dragon]

Pretty slick Slayer ! Similar to the tesla switch configuration, the switch being manual as the batteries are charged.

What is the brand and model of your meter? I noticed it doesn't seem to be effected by the frequency.

Does it change the input power requirement adding the battery in line?

I've noticed some oddities using a parasitic plate under the circuit and batteries. I've found you can charge - or at least increase voltage - of a second battery bank either laying on the parasitic plate or on top of the first battery bank. I don't know if it's a real charge but the voltage is stable when removed from the charging location. I had a set of 4 - 1.2 volt batteries on top that went from 3.9 volts to 5.5 volts in a matter of 1/2 hour while testing the idea. After they were removed the voltage stabilized at around 5.1 volts. There was no connections to these batteries other than being in close proximity to the plate or run batteries.

Facinating stuff !
________
Risk Equalization Advice

[xee2]

OK - ive had another look at the magic transistor - i think it says IRF 730, or maybe IRF Z30.

These are still MOSFETs right?

PS - the field on 1AA is huge....at least 40 cm from my toroid and the 18W CFL still lights. I love my new transistor/MOSFET!!!!

Yes the IFR730 is a FET. Attached is link to data sheet. Is the case you have the same as in data sheet?

http://www.google.com/url?sa=t&sourc..._0puPW-CN-hmQA

[slayer007]

@ CosmicFarmer
Thanks I will do a long term test.

@ Dragon

The meter is a Craftsman pocket meter 82351.

The charge battery does change the input voltage a little.
But there is very little difference in light output.

Also using over 1.2v you will not see much of a difference in light output while adjusting the variable capacitor.
But you will see a big difference in the charge rate of your charge battery.
So adjust the variable capacitor for the best charge rate of your charge battery.

Here is the ciruit I used in the last video.

People with HHO cells could also try the cell inplace of the charge battery.

[Jiffycoil]

@Slayer007
Thank you sir.

@Seth
Your finding is very interesting. Can you show how you have your "magic transistor" wired. Also have you been able to discern the model clearly yet.