Solid State Transductor Technology

Comments:

The POD technology is astonishingly cheap, simple, flexible, robust, and effective. Too many possible configurations and applications exist for this web site to even attempt to cover a fraction of them. This being the case, the POD 2 layouts on this page, present only some of the most obvious further optimizations that can be undertaken. I highlight the following features for particular attention:

1. The circuitry switch closed only during the pulse

2. Increasing the capacitor voltage to 250v

3. Increasing the switching speed to 4khz

4. Adding 40 turns of steel wire to the circuit (adds about 35v to cap charge)

The performance increase delivered by applying all those optimizations together genuinely has to be seen to be believed. POD 2 is a multi layered over-unity technology, with many carefully devised optimizations now seamlessly integrated into one package. Each of these optimizations can be added individually or collectively to the basic physical POD layout, and all greatly benefit performance. Future development might include raising the switching speed even higher, taking the capacitor voltage into the 350v-600v range, and using improved core materials such as permalloy or magnetite.

No Patents: Finally, I would remind you all that POD was freely placed into the public domain. It is therefore now utterly impossible for any aspect of this technology to be patented. Tom Bearden took out 30 patents for his MEG - we give it all away for free.

1 5/1 6"Q.D.X5/1 6" I.D. POD II Tim Harwood & John Jankowski (c) 2002

X1-1 5/1 6"LONG CERAMIC SERIES UNIDIRECTIONAL (TYP) RING MAGNET STACK (2) OUTPUTS 2/3 (RING) TAPE LAYER-

1 X 1 X 1 FERRITE

1" QDX 1/4" ID X 1/1 6" THICK FIBER WASHERS (TYPICAL)

/ ¿<401/CCW / #1 S (,040) ^ INSULATED STEEL (OUTPUT 4)

NOTE: ALL WINDINGS CCW FROM NAIL HEAD

PULSE RANGE 60Hz TO 5kHz SEE VOLTAGE TABLES AT ADAMSMOTOR OPTIONAL RECHARGING CIRCUIT 3VDC MOTOR FOR RECHARGE DRiVE ONLY OTHER APPLICATIONS UNEXPLORED

6 VDC

1.5-3VDC S300 RPM

,0D1, .01, ,1, 1, 4.7 250V M IN PARALLEL PRECHARGE 175V+ •;A-:'ROXMO 3EC;

OR 1uF 250v

PRECHARGE ^250V (APPROX;-10 SEC)

400 P!V

GOO FIV

1000 P!V

4 CLOSE DURING PULSE ONLY.

6 VDC

14V-35V UNLOADED 7V-8V LOADED

14V-35V UNLOADED 7V-8V LOADED

40G PIV

3A TYPICAL

40G PIV

3A TYPICAL

2-4.7uF 25Qv

DYNAMO

0 PTI ON AL/ EXP ER i MENTAL RECHARGE APPLICATION

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