Pulsed DC Transformer with Embedded Magnets

[ltseung888]

@ltseung888

Could you demonstrate OU by using higher voltage input setup.. lets say 5VDC.. 9VDC or 12VDC?

What happens then? I am sure that would require a bigger toroid to avoid saturation and other stuff but if you cannot get OU using higher input power then there has got to be something fishy here...

You input uses 1 ohm - so you get real input nubers but output is measured thru 10 ohm.. shouldnt you divide your output numbers by 10? Sry if I am wrong on this one.

Minde

Dear Minde,

You raised a few good questions.
The first one is on increasing input.  The LEDs, 2N2222s used cannot take very high voltages.  They will burn out if over 6V DC were used.  Aaron512 burnt over a dozen 2N2222s when he tried higher input voltages.  He will experiment with other components that can take higher voltage and current.  My task is to provide the Universities with prototypes that they can verify and confirm overunity.  Thus my prototypes will still use the 2N2222s.  (Another reason was that I got 1,000 of them in my bedroom.  I hate wasting good stuff.)

The second one is on the use of 1 ohm and 10 ohm resistors.  The choice was dictated by the tuning process.  Since we do not have the variable capacitors and inductors for tuning yet, we rely on the variable resistor which actually has some capacitance.  The Output Current value has been divided by 10 already.

Since you have two oscilloscopes and the various electronic components, you can easily replicate and improve the overunity demonstration experiments.  Did you mention that you had some difficulty?  Tell us what those were and we may be able to debug them remotely for you.

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited

[minde4000]

One of my scopes aint digital and has screen focus issue. Image appears to be a bit contracted.. cant measure accurately.

M

[minde4000]

The first one is on increasing input.  The LEDs, 2N2222s used cannot take very high voltages.  They will burn out if over 6V DC were used.    Thus my prototypes will still use the 2N2222s.  (Another reason was that I got 1,000 of them in my bedroom.  I hate wasting good stuff.)

What an excuse man... You claim to get OU and cant afford better transistors?...  Use LEDs in series or better yet get another load... You would demonstrate reasonable numbers your "angel insvestors" would set you up for life.. but appearently you cannot.. and I dont think transistors nor LEDs are the poblem...

You claimed 50W measured output there once. What happen?

Huh..

[ltseung888]

What an excuse man... You claim to get OU and cant afford better transistors?...  Use LEDs in series or better yet get another load... You would demonstrate reasonable numbers your "angel insvestors" would set you up for life.. but appearently you cannot.. and I dont think transistors nor LEDs are the poblem...

You claimed 50W measured output there once. What happen?

Huh..

1.    Other teams in Hong Kong are working on high Output systems.  My focus is on University verification and confirmation at present.  After the demonstration at UC Irvine, I may change direction. 
2.   Dr. Raymond Ting got that 50W (peak-to-peak) once.  He has two oscilloscopes and will not disclose anything on the Internet.  (in agreement with his investors???)

[Pirate88179]

Lawrence:

Could you tell forever that I said hello?  I am not hitting on her I just think she is cute, and obviously very intelligent.

Bill