Re: Re: rife on the cheap...again, compounding ideas....

[Guest guest]

Hi All,

With my half knowledge, I feel, Thunderball & the like are single

electrode,

large electrode capacitance devices with very low frequency response.

They produce HV (high voltage) static electrostatic(ES) field which

generate random sparks,

due to HV breakdown inside an ionizing gas.

Mike input etc. is only altering the ES field ON/OFF fully or partially.

True rife uses 1/2/3/4 bulbs or phanatron(Angular/directional) discharge

tubes which have low electrode capacitance.

Their frequency response is much better than plasma globes of large

capacitance.

Plasma globes are available easily, but not phanatron like tubes.

Dr. Ian & few others did advice discarding the flyback(Good only for

generating ES charge) transformer

and use ignition transformer with plasma globe, for an entry level

research.

High frequency performance is also dependent on ignition transformer

core & winding design.

This is my 0.02c with little knowledge.

Healthy Regards,

gesi

===================================

A & -S King wrote:

> Hi,

>

> Regarding ‘Thunderball’ type of Rife-like emitter. The recommended (?)

> method is to have the signal input to the base of the output/HV generating

> transistor, which itself is run by the output from a 555 chip, in

> oscillation mode at a low ultrasonic frequency ( I have yet to measure this,

> but probably around 30-40KHz). The rife input frequency then modulates this

> oscillation frequency which translates to the plasma bulb. However, this

> system would only work satisfactorily at audio frequencies, if for no other

> reason that the HV transformer would act as a filter at frequencies much

> higher than the 30-40 KHz at which it normally operates.

> This not to say that some fairly sophisticated electronics could not be

> devised in which the oscillation frequency carries Rife signals at higher

> frequencies than itself. The modus operandi of Aubrey Scoon’s experimental

> device should provide some ideas as to how this might be achieved.

>

> Regards,

>

> Andy

>

>

>