Confirmation of OU devices and claims

[itsu]

Hi Itsu, 

If you think it would be worth building a Gaussmeter, then you surely can: 

http://www.coolmagnetman.com/magmeter.htm 

https://www.kjmagnetics.com/blog.asp?p=gaussmeter 

https://web.archive.org/web/20070815103923/https://www.modelbouwforum.nl/phpBB2/viewtopic.php?t=7834   

and here is an integrated magnetic sensor IC (but probably there are some from other manufacturers): 

http://www.ti.com/product/DRV425 

Gyula

Thanks Gyula,

i have build such a hall sensor probe, see diagram below (modified by ION) and it works fine on magnets.
I attached it to a x1 probe for my scope (new TP3 for ground) and clearly shows N (up) and S (down) (+ / - 2.5V) for magnets.

But it seems to have a hard time measuring the big coils magnetic field, probably due to the strength and / or
high RF surrounding it.

I see the frequency, but only down (south) going pulses are seen independent of how i hold the hall.

Need to test it further here and perhaps need to decouple some points.


Itsu

[gyulasun]

Hi Rick, 

Thanks for the long reply, you are a good writer and a persevering salesman as well.  I appreciate your taking
the time for the long typing but I am not yet convinced your setup with a certain number of receiver units gives
an overall extra output versus the input, sorry.

In this situation, perhaps the best next step would be if you could mention the many mistakes you found in
Itsu's setup, we may all learn about your comments and Itsu may achieve extra output.  He included the needed
details on wire diameter, measured inductance for the coils, coil diameter etc so you could compare them to
that of your coils. He also included the scope shots and the voltage amplitudes.
I hope you do not state that only your components / parts in your kit are able to give extra output. 
I will return to some of your thoughts included in your answer later on. 

Gyula

[gyulasun]

Hi Itsu,

If you use the UGN3503 type sensor from Allegro, its data sheet says it has a flat response up to 23 kHz. 
You could check its response with a ferrite cored coil having at least some ten mH inductance  what you could drive 
by your function generator slightly below 23 kHz to see how the sensor operates within its specified range. 
To limit current taken from your generator a series resistance surely helps when your coil inductance happens 
to be low around 20 kHz range (to protect the FG).  Place the sensor also close to any of the ends of the ferrite core. 

Gyula

[AlienGrey]

Hi Itsu,

If you use the UGN3503 type sensor from Allegro, its data sheet says it has a flat response up to 23 kHz. 
You could check its response with a ferrite cored coil having at least some ten mH inductance  what you could drive 
by your function generator slightly below 23 kHz to see how the sensor operates within its specified range. 
To limit current taken from your generator a series resistance surely helps when your coil inductance happens 
to be low around 20 kHz range (to protect the FG).  Place the sensor also close to any of the ends of the ferrite core. 

Gyula

I have a linear hall like that i didn't bother with the voltmeter i just used 2 red leds some have an internal regulator.
Point is do IMPulse's kill it psychotic laugh  bag of ten for a few Euros.
ALL in all best ever coil for a back EMF is a Tesla pancake bifilar winding you just can't beat it.

[a.king21]

Endlessoceans:  You have to remember that the world is full of people with different skills.  I have looked at many attempted replications and they have all one thing in common.  People do not follow the instructions!! 


You should build your own resonance kit and experiment with it.
I for one  am grateful that Rick has opened up on the free energy front.


In any case no-one is forcing you to buy his kits.  For the record the book accompanying the kit is worth more than the kit itself.


And video 7 (which I have) is a gem of information.


However I will say this.  The Free energy business has changed dramatically in the last 10 years.  You can now buy a 250 watt solar panel for around £100 in the Uk (130 dollars) and that is a game changer.