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Re: Is there anything to the Rife approach?

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Hi Nate:

Here are my thoughts on your case of basal cell

carcinoma:

You didn't mention if the other part of the body was

biopsied also. I'll assume that it wasn't. I think

this case would fall into the variability of

physiologic frequency therapy. It may be that the

area under the eye responded because it was disturbed

by the biopsy, and the healing factors of the body

were drawn there, and stimulated by the frequencies,

" did the business " . The other area, assuming again

that it wasn't biopsied, was not disturbed, so the

healing factors of the body were not drawn there, and

so there was nothing to respond to. This is all

speculation on my part, but it would seem to fit.

An MOR can't be called such unless it's verified.

Just because a tumor or other condition responds to a

frequency, that doesn't automatically mean that it's

an MOR. As I've argued for so many years, the issue

is not whether a machine or frequency protocol is

therapeutically effective; the issue is the means by

which it is effective. In the " Rife approach " , as Dr.

Couche said, " the machine is definitely for germs

only. It doesn't have any effect on the hormones of

the body; not any constitutional conditions. " This

clearly shows that the Rife machine is a frequency

specific germicidal machine. If the condition is not

caused by an organism, and you don't have a confirmed

MOR, then that's not the " Rife approach " It may be in

some cases that we are achieving an MOR effect, but

the key is reproducibility. As Rife said, " if I can

do something 10 or 15 or 100 times consecutively,

following the exact same technique, then it _may_ mean

something. "

Regards,

P.S. How were the frequencies individually

determined?

--- " Dr. S. Berger "

wrote:

> Dear ,

>

> Yours are among some of the most probing postings in

> this group. You

> provide an intriguing explanation: That we have

> evolved along separate

> pathways, on the one hand using MOR frequencies, and

> on the other

> hand, utilizing physiologically individualized

> frequencies. It did not

> occur to me, until you mentioned it, that we have

> further complicated

> matters by allowing ourselves to combine or

> " hybridize " these into one

> entity we now call " Rife Approach " .

>

> If you will, I ask you, or anyone who has not done

> so, to please go to

> the " Photos " section for this group and check out

> the first album. Its

> photos present a case of basal cell carcinoma I

> treated and documented

> several years ago.

>

> This case was confirmed by biopsy. The photos shown

> have not been

> re-retouched, and the only treatment rendered was

> use of frequencies,

> individually determined, delivered to the patient

> via a R/B plasma

> unit over a period of several months.

>

> Did frequency therapy (Rife approach) accomplish

> anything in this

> case? I think you would agree: YES.

>

> However, the patient also had another basal cell

> cancer in another

> part of his body. That lesion, receiving the same

> frequencies at the

> same time, failed to respond at all.

>

> Did frequency therapy (Rife approach) accomplish

> anything in this

> case? NO.

>

> Thus the dilemma.

>

> Here is both success and failure, with no broadly

> accepted explanation

> of either one- up to now. Was the first cancer

> treated with MOR

> frequencies? Was the second cancer treated with

> physiologic

> frequencies? The reverse? Combination? Neither?

> What?

>

> Thanks to you, I now understand and can explain the

> polar-opposite

> outcomes. Even better, I can accept these

> contradictory results.

>

> Best of all, by delineating and verbalizing these

> parameters, you have

> provided me (and all others using " rife approach " )

> an understanding

> which should produce a higher degree of " success "

> for those we treat.

>

> My utmost goal is to find some kind of approach an

> ordinary person can

> use for himself/herself which will permit

> self-administered treatment

> leading to a restoration and preservation of health.

>

>

> Further, this approach should be relatively easy to

> employ, produce

> relatively consistent results, should not require

> heavy professional

> intervention, should not require extensive use of

> drugs, and should be

> relatively inexpensive to set up.

>

> In the main, I think that Rife-type concepts (please

> interpret in the

> broadest sense of the words), coupled with today's

> equipment (whatever

> this may be, i.e., plasma, pad, etc.), offer such

> possibilities. But

> our only consistent results seem to involve a

> degree of

> unpredictability most of us cannot accept.

>

> Perhaps your thoughts will permit us all to see that

> at journey's end,

> there is no one machine that will produce consistent

> results. No one

> set of frequencies (be they MOR or physiologic), no

> one overriding

> principle such as the need to first strengthen the

> immune system or

> eliminate toxins from our environment, that will

> lead to consistent,

> reproducible, predictable results.

>

> And if that is so, I, at least will now be O.K. with

> it.

>

> After all, isn't that what our current medical

> system does? At least

> " Rife " doesn't bankrupt us, and it does hold out

> some promise of hope

> when our physician looks at us and with sadness in

> his/her voice,

> tells us, Nothing more can be done. "

>

> Thanks again for your efforts. Enjoy thinking with

> you.

>

> Nate

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Hello ,

Yes indeed. Per your mention of the DigiBio web site, it is the work

of Benveniste among others that I had in mind when making the

reference to water and homeopathy. The frequency spectrum associated

with DNA, as another example, may have something to do with

morphogenesis and how the multiplying cells from a fertilized ovum

simultaneously communicate and coordinate towards the formation of

tissues. Seeming quantum mechanical/nonlocality aspects may even

suggest that the " frequencies " are non-electromagnetic. The mechanics

of how the plasma tubes in our Rife-like devices yield healing

effects still lacks clarity. Perhaps there are underlying energetic

processes in common here. It shall be interesting to see how your

efforts progress.

Warren

Beck also dabbled in actual Rife effects, as indicated by the circuit

I recently put online at:

http://biospectrum.50webs.com

It is the beginning of a semi-technical resource for experimenters,

which I hope to add to from time to time, or upon request. Comments

welcome.

In response to another post about water, here is some information

which may be relevant:

http://www.digibio.com/cgi-bin/node.pl?nd=n5

Nieslen

> While I respect the work of Rife we should not ignore the work of

> Beck as again here is another example of a differing protocol

> that appears to work. Use of silver colloid, blood electrification and

> the magnet pulsar is simple in application but effective as the herx

> effects will verify.

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>This " beating " or motorboating effect is what I am trying to put back in.

This seems more like AM to me. A " beat " is usually defined as the

difference frequency of two sinewaves.

>2. By varying the " power " or time ON of the coil I am trying to

>modulate the plasma in the negitive resistance region of the tube.

>This can be furthre inhanced by adding resistance to the secondary of the coil.

Similar in function to the rheostat in the Beam Ray perhaps. Have a

look at this:

http://epsppd.epfl.ch/Praha/WEB/98ICPP_W/H094PR.PDF

>The comments below apply to a NEW type of machine.

>I am planning on using pseudorandom spread spectrum frequency

>modulation for the carrier and then just gate it at 50% with the MOR

>frequency. With the circuit that I allready have I will be using a

>full octive ie: 200kHz to 400kHz or maybe move it up to say 300kHz

>to 600 kHz I think you can get the picture of what I am going to do.

>If you think about it this would be a good way to avoid interfering

>with radio transmissions by spreading it out.

> Jeffers

>www.osptechnologies.com

So you have a carrier that is frequency modulated over an arbitrary

200-400KHz range by a second randomly ocurring, discrete frequency?

Correct me if I am mistaken, but none of that appears to be

effect-specific. Hence, you must be seeking to improve general

absorption of the " MOR " ... or lower your ionization potential. Fair

enough. If, on the other hand, it's a strategy to run a transmitter

legally, I think you may find otherwise. Undetectably, maybe to a degree.

The only reason for introducing a chaotic element that I know of is

to make the influence more biologically affinitive. IOW more likely

to be accepted by the body as of natural or internal origin. But

generally, this is only a small percentage of the effective signal.

I could comment more if I had a clearer idea of your intentions, and

why you fee this design is an improvement upon existing ones.

Nielsen

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While viewing the Rife story there are some aspects that I have not

seen discussed before:

After isolating the cancer virus following the growing of a tumour on

a rat (part of his repetitive process)then dissecting a portion and

placing on a slide under his microscope he then walks to the machine,

sets the dials, throws a switch and there is the briefest flash in the

plasma globe. There is no lengthy exposure i.e. 3 - 20 minutes that is

generally discussed in treatment protocols. I realize that in vitro

and in viva experiments are quite different but the split second

exposure has amazed me.

It raises the questions:

1. how powerful was the machine?

2. What actual type of plasma globe was used?

3. Was Xray frequencies involved?

4. In short, there was something special about this machine that had

the ability to kill the virus almost instantly.

Clearly the type of globe Rife was using, as is discussed throughout

the video, had directional abilities. It would make sense then that

exposure could be decreased as it is likely that penetration would be

deeper and more effective.

I note that it was much later that he developed the double bubble,

which was again directional in its application.

While we are on the subject of the earlier machines, which had a

carrier frequency, they seemed to be able to achieve a repetitiveness

that the later machines developed by the Beam Ray company did not. The

latter being known to drift off frequency or simply not work as in the

case of the units shipped to the UK.

As discussed by Jim and others there is still much work to be done.

Mike Fellows

>

> > Dear ,

> >

> > Yours are among some of the most probing postings in

> > this group. You

> > provide an intriguing explanation: That we have

> > evolved along separate

> > pathways, on the one hand using MOR frequencies, and

> > on the other

> > hand, utilizing physiologically individualized

> > frequencies. It did not

> > occur to me, until you mentioned it, that we have

> > further complicated

> > matters by allowing ourselves to combine or

> > " hybridize " these into one

> > entity we now call " Rife Approach " .

> >

> > If you will, I ask you, or anyone who has not done

> > so, to please go to

> > the " Photos " section for this group and check out

> > the first album. Its

> > photos present a case of basal cell carcinoma I

> > treated and documented

> > several years ago.

> >

> > This case was confirmed by biopsy. The photos shown

> > have not been

> > re-retouched, and the only treatment rendered was

> > use of frequencies,

> > individually determined, delivered to the patient

> > via a R/B plasma

> > unit over a period of several months.

> >

> > Did frequency therapy (Rife approach) accomplish

> > anything in this

> > case? I think you would agree: YES.

> >

> > However, the patient also had another basal cell

> > cancer in another

> > part of his body. That lesion, receiving the same

> > frequencies at the

> > same time, failed to respond at all.

> >

> > Did frequency therapy (Rife approach) accomplish

> > anything in this

> > case? NO.

> >

> > Thus the dilemma.

> >

> > Here is both success and failure, with no broadly

> > accepted explanation

> > of either one- up to now. Was the first cancer

> > treated with MOR

> > frequencies? Was the second cancer treated with

> > physiologic

> > frequencies? The reverse? Combination? Neither?

> > What?

> >

> > Thanks to you, I now understand and can explain the

> > polar-opposite

> > outcomes. Even better, I can accept these

> > contradictory results.

> >

> > Best of all, by delineating and verbalizing these

> > parameters, you have

> > provided me (and all others using " rife approach " )

> > an understanding

> > which should produce a higher degree of " success "

> > for those we treat.

> >

> > My utmost goal is to find some kind of approach an

> > ordinary person can

> > use for himself/herself which will permit

> > self-administered treatment

> > leading to a restoration and preservation of health.

> >

> >

> > Further, this approach should be relatively easy to

> > employ, produce

> > relatively consistent results, should not require

> > heavy professional

> > intervention, should not require extensive use of

> > drugs, and should be

> > relatively inexpensive to set up.

> >

> > In the main, I think that Rife-type concepts (please

> > interpret in the

> > broadest sense of the words), coupled with today's

> > equipment (whatever

> > this may be, i.e., plasma, pad, etc.), offer such

> > possibilities. But

> > our only consistent results seem to involve a

> > degree of

> > unpredictability most of us cannot accept.

> >

> > Perhaps your thoughts will permit us all to see that

> > at journey's end,

> > there is no one machine that will produce consistent

> > results. No one

> > set of frequencies (be they MOR or physiologic), no

> > one overriding

> > principle such as the need to first strengthen the

> > immune system or

> > eliminate toxins from our environment, that will

> > lead to consistent,

> > reproducible, predictable results.

> >

> > And if that is so, I, at least will now be O.K. with

> > it.

> >

> > After all, isn't that what our current medical

> > system does? At least

> > " Rife " doesn't bankrupt us, and it does hold out

> > some promise of hope

> > when our physician looks at us and with sadness in

> > his/her voice,

> > tells us, Nothing more can be done. "

> >

> > Thanks again for your efforts. Enjoy thinking with

> > you.

> >

> > Nate

>

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Hi Mike:

If you remain focused on his right hand and time it

with a timer, you'll find that the switch was thrown

for a total of about 7 seconds. If I understand

correctly, the film was made at 16 frames per second,

but transfered at the more modern 24 frames per

second. I believe this is why it looks just slightly

fast. If this is actually the case, the 7 seconds on

the film is actually about 10 real seconds. The

flashing of the tube that you see was unintentional.

The machine was mismatched or something, which is why

he tried to readjust it midway when he turned back and

saw that the tube was off. A little later in the

film, when they show the tube on with the room lights

off, there is no flashing.

What was special about this machine is that he was

using the MOR for the organism, in this case, BX.

I've been doing a lot of research and analysis

recently, and I'm more convinced than ever that all of

the early machines up to and including the #4 machine

shown in the film, were straight frequency machines,

meaning there was no modulated carrier, frequency

mixing, audio, or anything of that sort. It was just

a single frequency at the MOR. Now the #4 machine did

have the capability to run two individual MOR

frequencies simultaneously if he wanted, but that has

nothing to do with modulation or anything of that

sort. The early machines may also have had some

harmonics, but this is beside the point of putting all

the power into the single MOR. This is very different

than what we're doing today. There was no X-ray

produced, and the power has been mentioned at 400-600

watts. This could not have been the actual power at

the plasma tube, because in my experience, a phanotron

type tube can't handle that much power. The helium

filled tube was just a variation of the theme. The

double bubble tube that he had was one of his earliest

tubes, that he had made in Germany. He said it was

the best tube he ever had. I doubt that had anything

to do with the fact that it was double bubble.

As I've said so many times before, if we can get back

to using real MORs, everything will change. We'll

have even better results than Rife, at least under the

microscope, because modern electronics components and

engineering knowledge are far superior to what was

available back then. We may not necessarily have much

better results in curing patients as they had back

then, because our health issues are more complex and

we are weaker than they were back then. If you

survived childhood back then, you were made of pretty

sturdy material, not to mention that they didn't have

all the pollution to deal with.

I hope that answers all of your questions.

Regards,

--- Mike Fellows wrote:

>

>

> While viewing the Rife story there are some aspects

> that I have not

> seen discussed before:

>

> After isolating the cancer virus following the

> growing of a tumour on

> a rat (part of his repetitive process)then

> dissecting a portion and

> placing on a slide under his microscope he then

> walks to the machine,

> sets the dials, throws a switch and there is the

> briefest flash in the

> plasma globe. There is no lengthy exposure i.e. 3 -

> 20 minutes that is

> generally discussed in treatment protocols. I

> realize that in vitro

> and in viva experiments are quite different but the

> split second

> exposure has amazed me.

>

> It raises the questions:

> 1. how powerful was the machine?

> 2. What actual type of plasma globe was used?

> 3. Was Xray frequencies involved?

> 4. In short, there was something special about this

> machine that had

> the ability to kill the virus almost instantly.

>

> Clearly the type of globe Rife was using, as is

> discussed throughout

> the video, had directional abilities. It would make

> sense then that

> exposure could be decreased as it is likely that

> penetration would be

> deeper and more effective.

>

> I note that it was much later that he developed the

> double bubble,

> which was again directional in its application.

>

> While we are on the subject of the earlier machines,

> which had a

> carrier frequency, they seemed to be able to achieve

> a repetitiveness

> that the later machines developed by the Beam Ray

> company did not. The

> latter being known to drift off frequency or simply

> not work as in the

> case of the units shipped to the UK.

>

> As discussed by Jim and others there is still much

> work to be done.

>

> Mike Fellows

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Hi

Your response is a big help. If this was the case and the MOR was held

for 10 seconds in vitro and it worked, and I have no reason to believe

it did not, it raises another question. With modern function

generators that have extremely accurate sweep functions one would

think that the actual frequency should be hit at some point during the

sweep. I know this is not what is intended and it would be nice to

know the actual MOR but in the interim experimentation it would at

least give us some idea that we were on the right track.

I suspect that the actual output is much greater than we have been led

to believe. Whilst I realize that valve technology was in place which

required much larger housings, these were large units to say the least.

The video highlights the fact that the frequency went through many

stages of amplification culminating in a 50 watt output tube.

I have done a lot of in vitro and in viva testing with pseudomonas and

have had no luck with Rife/Bare, EMEM units or 30 volt p/p pad units

(the latter my own design). I have had some success with curing

staphylococcus in a tooth abscess in viva. However it was done with a

sweep so I have no idea what the actual frequency was. I chose

pseudomonas as it is fairly easy to obtain and known to be difficult

to kill.

While I respect what many are saying in that accuracy over power is

what is important I am beginning to believe that this may not be the

case for the serious diseases that we face in the world today.

So......... my next attempt will be to build a device with much more

output preferably controlled from another area as I am particularly

sensitive to the output from the plasma tubes and large coils that I

have built.

Again thank you for your help and I hope I don't get carted away

before I achieve some results.

Mike Fellows

>

> >

> >

> > While viewing the Rife story there are some aspects

> > that I have not

> > seen discussed before:

> >

> > After isolating the cancer virus following the

> > growing of a tumour on

> > a rat (part of his repetitive process)then

> > dissecting a portion and

> > placing on a slide under his microscope he then

> > walks to the machine,

> > sets the dials, throws a switch and there is the

> > briefest flash in the

> > plasma globe. There is no lengthy exposure i.e. 3 -

> > 20 minutes that is

> > generally discussed in treatment protocols. I

> > realize that in vitro

> > and in viva experiments are quite different but the

> > split second

> > exposure has amazed me.

> >

> > It raises the questions:

> > 1. how powerful was the machine?

> > 2. What actual type of plasma globe was used?

> > 3. Was Xray frequencies involved?

> > 4. In short, there was something special about this

> > machine that had

> > the ability to kill the virus almost instantly.

> >

> > Clearly the type of globe Rife was using, as is

> > discussed throughout

> > the video, had directional abilities. It would make

> > sense then that

> > exposure could be decreased as it is likely that

> > penetration would be

> > deeper and more effective.

> >

> > I note that it was much later that he developed the

> > double bubble,

> > which was again directional in its application.

> >

> > While we are on the subject of the earlier machines,

> > which had a

> > carrier frequency, they seemed to be able to achieve

> > a repetitiveness

> > that the later machines developed by the Beam Ray

> > company did not. The

> > latter being known to drift off frequency or simply

> > not work as in the

> > case of the units shipped to the UK.

> >

> > As discussed by Jim and others there is still much

> > work to be done.

> >

> > Mike Fellows

>

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I think has a sensible idea. Replicate first the simplest

effect that Rife openly demonstrated.

Generating frequencies in the MHz is easy. The complexity enters

where substantial power is required. This is compounded as the

frequency rises. So my question is, what is the minimum singular

frequency for which there is a fully documented MOR effect? Then we

can look at the hardware required.

Next issue is the tube. Are we just looking for something general

like this, to boost the activity of the MOR?

http://www.cayce.com/vray.htm

Or does the phanotron have specific properties that distinguish it

from say, a household tubular fluorescent lamp? If it's the UV, then

try a germicidal lamp. If it's the directionality, surround the

subject with additional tubes. If it's the power, move a smaller lamp

closer. And so on.

Modulation we are not mentioning for the moment.

On the surface, it would seem a few simple tests are all that is

required. However, my intuition tells me there must be more.

Otherwise, how could it remain a " secret " all these years? Still,

there is only one way to find out, particularly in the face of

speculation and heresay. That's a systematic process of elimination.

Is it time yet?

Nielsen

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my experiments and results have been with the standard argon singular tube.

medusa

Re: Is there anything to the Rife approach?

> Next issue is the tube. Are we just looking for something general

> like this, to boost the activity of the MOR?

> Or does the phanotron have specific properties that distinguish it

> from say, a household tubular fluorescent lamp?

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,

> This seems more like AM to me. A " beat " is usually defined as the

> difference frequency of two sinewaves.

Yes, I am only outputing the result of two waves that is a AM signal from 1 to

20 Hz

> Similar in function to the rheostat in the Beam Ray perhaps. Have a

> look at this:

> http://epsppd.epfl.ch/Praha/WEB/98ICPP_W/H094PR.PDF

WOW that paper is great. Did some reading on Turing Instability Could this be

the answer to the 'regeneration' that Rife talked about? His lab notes have

always had me stumped. Why did he write down the plate voltages and currents?

To me he was saying OK lets set this thing up with various dial settings and

then let the panatron tube self oscillate or find order. The range of voltages

and currents is a little extream to me. The Rife effect may be more of suttle

changes in getting the plasma to find order and this may be the effect, not what

we pump in. I have told people to experiment with the resistance on the

secondary of the coil, I know that this can make a real BIG difference. Most

'Rifers' will tell you that the brighter the plasma the better. I personally

beleive just the opposite, I have told people this for years now with results

seeming to suggest that I may be right. When Hoyland serviced the equipment for

BeamRay was he adjusting the output level to the panatron tube? Was he

compensating for the ouput tubes as they aged? Turing in his cannibals and

missionaries analogy takes into account all of the small outside forces that can

change the balance until it can again find order. With this being said can a

human in close proximity to a panatron effect the plasma, I am not talking about

the LC componet that the panatron sees but can we 'talk to the plasma' in some

way? WOW beam me up y...

> So you have a carrier that is frequency modulated over an arbitrary

200-400KHz range by a second randomly ocurring, discrete frequency?

The carrier is a between 200-400KHz in a random pattern then this is modulated

with the audio MOR frequency at 50% duty.

Daivd Jeffers

www.osptechnologies.com

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--- tlaw@... wrote:

<snip>

> Could this be the answer to the

> 'regeneration' that Rife talked about? <snip>

The answer to the " regeneration " is nothing more than

the fact that he used a regenerative receiver as an

oscillator. The " superregeneration " is not talking

about a real superregenerative circuit, but is the

regenerative circuit being turned up beyond what would

normally be done for receiving, so that it oscillates

and becomes a frequency generator instead of a

frequency receiver. That's all; no more mystery.

Regards,

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It's not an either or situation. You need both

accuracy and power, and even one step further, you

most likely need high voltage power. We'll probably

have to go back to vacuum tubes for the output.

For microscope work, you should be able to use a

sweep, if it can hold a particular frequency for 10-30

seconds. That probably wont work for treating a

patient though.

Also, the 50 watt output tube is not an absolute

figure. It has more to do with the tube fitting into

what was referred to as a 50 watt socket.

Regards,

--- Mike Fellows wrote:

> Hi

>

> Your response is a big help. If this was the case

> and the MOR was held

> for 10 seconds in vitro and it worked, and I have no

> reason to believe

> it did not, it raises another question. With modern

> function

> generators that have extremely accurate sweep

> functions one would

> think that the actual frequency should be hit at

> some point during the

> sweep. I know this is not what is intended and it

> would be nice to

> know the actual MOR but in the interim

> experimentation it would at

> least give us some idea that we were on the right

> track.

>

> I suspect that the actual output is much greater

> than we have been led

> to believe. Whilst I realize that valve technology

> was in place which

> required much larger housings, these were large

> units to say the least.

>

> The video highlights the fact that the frequency

> went through many

> stages of amplification culminating in a 50 watt

> output tube.

>

> I have done a lot of in vitro and in viva testing

> with pseudomonas and

> have had no luck with Rife/Bare, EMEM units or 30

> volt p/p pad units

> (the latter my own design). I have had some success

> with curing

> staphylococcus in a tooth abscess in viva. However

> it was done with a

> sweep so I have no idea what the actual frequency

> was. I chose

> pseudomonas as it is fairly easy to obtain and known

> to be difficult

> to kill.

>

> While I respect what many are saying in that

> accuracy over power is

> what is important I am beginning to believe that

> this may not be the

> case for the serious diseases that we face in the

> world today.

> So......... my next attempt will be to build a

> device with much more

> output preferably controlled from another area as I

> am particularly

> sensitive to the output from the plasma tubes and

> large coils that I

> have built.

>

> Again thank you for your help and I hope I don't get

> carted away

> before I achieve some results.

>

> Mike Fellows

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--- Nielsen wrote:

> I was more interested in how they interfaced with

> the plasma tube,

> and if any kind of adjustment was thought necessary

> at the time as

> the supposed single frequency was changed.

I don't know of any such information extant.

> Sounds good in theory. But what 500W RF tube are you

> thinking of? As

> was mentioned in the accompanying text, that circuit

> is pretty

> simple, for the bandwidth power derived.

There are tubes available, but you could also run two

tubes in parallel, perhaps like the setup here:

http://rife.org/photogallery/rifemach.jpg

> On the other hand, a TV deflection transistor

> typically can handle

> about 800V at 40W. <snip>

I don't think 40 watts is enough. I think the #4

machine is the standard we should be shooting for. It

had much more power than the earlier machines, and I

think it did so for a reason. I did a few crude

calculations in the middle of the night and came up

with this:

A plasma tube has a running voltage of about 250

volts. In one of the handwritten lab notes, they

mention 450 mA as the power figure during the test of

the #4 machine. If we use these two figures, it comes

to 112.5 watts being dissipated by the plasma tube,

which is over five times more power than the current

figure given for BX with the old machine. Dr.

also thought the extra power was a good thing. As I

said, these are very crude figures, but it gives us an

idea of how much power we want to be dissipating from

the plasma tube.

http://rife.org/letters/351008johnson.jpg

Also, I don't know if 800 volts is enough to strike

the tube. It might be right on the threshold.

> Mismatching is not only about loss of efficiency.

> The waveform can

> become distorted. If it is intended to use a

> sinewave, being a true

> single frequency, impedance mismatch will introduce

> unwanted

> harmonics. If this is acceptable, a step-up

> transformer might as well be used.

If the waveform was being distorted, then that's

something that needs to be investigated.

> >That link just goes to the front page.

>

> Sorry, it's here.

>

>

<http://web.telia.com/~u85920178/>http://web.telia.com/~u85920178/

It still goes to the front page. It appears that he's

using frames, so you have to right click on the

desired link at the left and " copy link location " .

> Obviously, Rife used lower harmonics, not the exact

> resonant

> wavelengths of viral bodies. What you seem to be

> suggesting is that

> for contacts to work efficiently, they need to more

> closely approach

> the latter. This implies some inherent ability of

> plasma to entrain

> resonance, which I am willing to believe. But I am

> trying the best

> case scenario for a contact modality to see if we

> can first get

> effects there without the complexity of plasma. Even

> at this early

> stage, the concept is a significant departure from

> the lower

> frequency " Rife " contact devices on the market. It

> could never be

> commercially viable, as both the FDA and FCC would

> take interest.

What I'm suggesting is that we need to recreate as

closely as what Rife had back then, so that we can

have a " gold standard " to compare any new changes and

improvements. How can we make improvements when we

don't even know what we're improving?

> To facilitate testing of the above, can anyone

> advise what is the

> most likely of Rife's MHz (not audio) frequencies to

> produce a tangible result?

I would suggest working with E. Coli as a test sample.

Regards,

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Guest guest

Hi ,

The ~800V is not going to the plasma tube, but rather to the

primary of the HV transformer (that air core transformer). This

is what I've been saying in the last 2 e-mails.

What plasma tube runs at only 250V?

Bil

PC 1000

M-Pulse 5000 magnetic pulse generator

http://magpulser.com

Mammoth Lakes, California

mailto:magpulser@...

JR> --- Nielsen wrote:

>> I was more interested in how they interfaced with

>> the plasma tube,

>> and if any kind of adjustment was thought necessary

>> at the time as

>> the supposed single frequency was changed.

JR> I don't know of any such information extant.

>> Sounds good in theory. But what 500W RF tube are you

>> thinking of? As

>> was mentioned in the accompanying text, that circuit

>> is pretty

>> simple, for the bandwidth power derived.

JR> There are tubes available, but you could also run two

JR> tubes in parallel, perhaps like the setup here:

JR> http://rife.org/photogallery/rifemach.jpg

>> On the other hand, a TV deflection transistor

>> typically can handle

>> about 800V at 40W. <snip>

JR> I don't think 40 watts is enough. I think the #4

JR> machine is the standard we should be shooting for. It

JR> had much more power than the earlier machines, and I

JR> think it did so for a reason. I did a few crude

JR> calculations in the middle of the night and came up

JR> with this:

JR> A plasma tube has a running voltage of about 250

JR> volts. In one of the handwritten lab notes, they

JR> mention 450 mA as the power figure during the test of

JR> the #4 machine. If we use these two figures, it comes

JR> to 112.5 watts being dissipated by the plasma tube,

JR> which is over five times more power than the current

JR> figure given for BX with the old machine. Dr.

JR> also thought the extra power was a good thing. As I

JR> said, these are very crude figures, but it gives us an

JR> idea of how much power we want to be dissipating from

JR> the plasma tube.

JR> http://rife.org/letters/351008johnson.jpg

JR> Also, I don't know if 800 volts is enough to strike

JR> the tube. It might be right on the threshold.

>> Mismatching is not only about loss of efficiency.

>> The waveform can

>> become distorted. If it is intended to use a

>> sinewave, being a true

>> single frequency, impedance mismatch will introduce

>> unwanted

>> harmonics. If this is acceptable, a step-up

>> transformer might as well be used.

JR> If the waveform was being distorted, then that's

JR> something that needs to be investigated.

>> >That link just goes to the front page.

>>

>> Sorry, it's here.

>>

>>

JR> <http://web.telia.com/~u85920178/>http://web.telia.com/~u85920178/

JR> It still goes to the front page. It appears that he's

JR> using frames, so you have to right click on the

JR> desired link at the left and " copy link location " .

>> Obviously, Rife used lower harmonics, not the exact

>> resonant

>> wavelengths of viral bodies. What you seem to be

>> suggesting is that

>> for contacts to work efficiently, they need to more

>> closely approach

>> the latter. This implies some inherent ability of

>> plasma to entrain

>> resonance, which I am willing to believe. But I am

>> trying the best

>> case scenario for a contact modality to see if we

>> can first get

>> effects there without the complexity of plasma. Even

>> at this early

>> stage, the concept is a significant departure from

>> the lower

>> frequency " Rife " contact devices on the market. It

>> could never be

>> commercially viable, as both the FDA and FCC would

>> take interest.

JR> What I'm suggesting is that we need to recreate as

JR> closely as what Rife had back then, so that we can

JR> have a " gold standard " to compare any new changes and

JR> improvements. How can we make improvements when we

JR> don't even know what we're improving?

>> To facilitate testing of the above, can anyone

>> advise what is the

>> most likely of Rife's MHz (not audio) frequencies to

>> produce a tangible result?

JR> I would suggest working with E. Coli as a test sample.

JR> Regards,

JR>

JR>

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--- Bil Green wrote:

> Hi ,

>

> The ~800V is not going to the plasma tube, but

> rather to the

> primary of the HV transformer (that air core

> transformer). This

> is what I've been saying in the last 2 e-mails.

Okay, but doesn't a transformer prevent you from

getting a wide bandwidth? If the earlier machine had

a range of 12 kHz to 2 MHz (not including harmonics),

and the #4 machine went up to 22 MHz, could you do

that with a transformer? If that's too wide, perhaps

you could try a range of 100 kHz to 2 MHz. That's

within the range of the listed MORs.

> What plasma tube runs at only 250V?

A helium phanotron type tube has a running voltage of

about 250 volts. I use my neon sign transformer to

measure, but here are some measurements with an actual

machine:

http://www.bestsolu.com/1939_unit_measurements.htm

Regards,

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Hi Bil

Can you give us an example of a transistor that will do the job?

regards, Mike Fellows

>

> Hi ,

>

> There's plenty of transistors that will work beside TV defection

> types. Since transistors can handle more current than tubes, the

> primary winding on the air core HV transformer can be much lower

> voltage with higher current (and of course still providing the

> proper voltage and waveform to the plasma tube).

>

> So a larger variety of transistors which could handle much higher

> frequencies (and plenty of current) would be available.

>

> Bil

>

> PC 1000

> M-Pulse 5000 magnetic pulse generator

> http://magpulser.com

> Mammoth Lakes, California

>

>

> mailto:magpulser@...

>

>

> >>There are only circuit diagrams available for the

> >>Kennedy models 110 and 220; they don't give any

> >>component values. As for the amplifiers used, I don't

> >>know of any schematics or diagrams extant. Assuming

> >>that they just put out regular sine waves, you

> >>wouldn't want to use these today.

>

> PN> I was more interested in how they interfaced with the plasma tube,

> PN> and if any kind of adjustment was thought necessary at the time as

> PN> the supposed single frequency was changed.

>

> >>While I'm not an engineer, that doesn't look like what

> >>we're looking for. We need a simple design with a

> >>single robust power tube that can handle abuse.

>

> PN> Sounds good in theory. But what 500W RF tube are you thinking of? As

> PN> was mentioned in the accompanying text, that circuit is pretty

> PN> simple, for the bandwidth power derived.

>

> PN> On the other hand, a TV deflection transistor typically can handle

> PN> about 800V at 40W. This would be enough for a small plasma tube.

> PN> However, the practical upper frequency limit is reduced into the

KHz.

> PN> IGBT's are another option, but the current rating typically drops as

> PN> specified bandwidth rises. If we are only interested in below 20KHz,

> PN> and can work with PWM, modifying a ready-made inverter (240VAC

> PN> version) would be another option.

>

> PN>

http://www.alliedelec.com/Images/Products/Datasheets/BM/NTE_ELECTRONICS/NTE-Elec\

tronics_Actives-and-Passives_9357006.pdf

>

> >>I think that in the modern paradigm we

> >>think too much of achieving maximum efficiency. That

> >>should be considered _after_ we achieve the MOR

> >>effect.

>

> PN> Mismatching is not only about loss of efficiency. The waveform can

> PN> become distorted. If it is intended to use a sinewave, being a true

> PN> single frequency, impedance mismatch will introduce unwanted

> PN> harmonics. If this is acceptable, a step-up transformer might as

well be used.

>

> >>That link just goes to the front page.

>

> PN> Sorry, it's here.

>

> PN> <http://web.telia.com/~u85920178/>http://web.telia.com/~u85920178/

>

> >>It still remains to be demonstrated if the plasma tube

> >>can be eliminated, while still using the same

> >>frequencies. My own intuitive speculation on the

> >>matter is that a contact mode approach will require

> >>much higher frequencies. This is partially based on

> >>the 1944 article:

>

> PN> The linked circuit will operate within the optimal range cited

by the

> PN> article you mention. It's power output is about as much as might be

> PN> safely applied by contact. So, there is thankfully no need for more.

>

> PN> Obviously, Rife used lower harmonics, not the exact resonant

> PN> wavelengths of viral bodies. What you seem to be suggesting is that

> PN> for contacts to work efficiently, they need to more closely approach

> PN> the latter. This implies some inherent ability of plasma to entrain

> PN> resonance, which I am willing to believe. But I am trying the best

> PN> case scenario for a contact modality to see if we can first get

> PN> effects there without the complexity of plasma. Even at this early

> PN> stage, the concept is a significant departure from the lower

> PN> frequency " Rife " contact devices on the market. It could never be

> PN> commercially viable, as both the FDA and FCC would take interest.

>

> PN> To facilitate testing of the above, can anyone advise what is the

> PN> most likely of Rife's MHz (not audio) frequencies to produce a

tangible result?

>

> PN> Nielsen

>

>

>

>

> PN>

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>There are tubes available, but you could also run two

>tubes in parallel, perhaps like the setup here:

>

><http://rife.org/photogallery/rifemach.jpg>http://rife.org/photogallery/rifemac\

h.jpg

Great photo. Someone could be interested in this auction. Similar to

the one shown on the table.

http://cgi.ebay.com.au/BOXED-FREQUENCY-WAVEMETER-MODEL-758A-WITH-INSTRUCTIONS_W0\

QQitemZ330123424580QQihZ014QQcategoryZ105788QQssPageNameZWDVWQQrdZ1QQcmdZViewIte\

m

><http://web.telia.com/~u85920178/>http<http://web.telia.com/~u85920178/>://web.\

telia.com/~u85920178/

>

>It still goes to the front page.

OK. Click on the " Projects " link and then " AF/Amps circuits " . It's

the 500mW RF amp.

>I would suggest working with E. Coli as a test sample.

Great. Now where did I put those rubber gloves. Might be worth the

trouble if someone can give me the original MHz frequency. All I

found were audio.

I'm dipping below the horizon for a few days to do some work. See y'all soon.

Nielsen

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Hi ,

I saw an air core HV transformer on one of the old Rife units at

Aubrey's site. The only place I've seen close up photos.

You're right, other models could use direct coupling from the

output tube to the plasma tube. But the chart you linked to lists

voltages as high as 1kV. Did they have tubes rated that high back

then?

HV transistors can handle as much as 25A, and the frequency

response drops off as the current rating increases.

Just as an example an NTE2597 is rated at 1100V (BV_CBO), 12A,

65W, 15MHz (typical max.). There are countless others transistors

in this range and it may be better to use a transistor which is

designed specifically for RF use (this one isn't).

The 65W rating is the maximum amount of power the transistor can

much more power depending on it's requirements.

This transistor is about 1/2 " square, 3/16 " thick (plus leads and

a small mounting tab). NTE sells their line of general

replacement transistors. Best to go with the actual

manufacturer's line of parts.

NTE supplies a free catalog of all their semiconductors. With

some of their transistors they may cheat on the ratings

(according to their former competitor, Philips ECG, which they

finally bought out).

Bil

PC 1000

M-Pulse 5000 magnetic pulse generator

http://magpulser.com

Mammoth Lakes, California

mailto:magpulser@...

JR> --- Bil Green wrote:

>> Hi ,

>>

>> There have been high voltage transistors used in the

>> HV section

>> of TV's for decades (which of course replaced the

>> large tubes).

>> In the original Rife machines there was an air core

>> HV

>> transformer which boosted the voltage (from the

>> final tube) for

>> the plasma tube.

>>

>> The HV transistors used in TV's are typically rated

>> at 1500V

>> (some higher). The transistors are tiny.

JR> Hi Bil:

JR> Do we actually know definitely that the original Rife

JR> machines had air core transformers in the output? One

JR> description states that for the very earliest setup,

JR> he had to apply a separate voltage to light the tube,

JR> but that's not what we're trying to recreate. Also,

JR> how much current can the HV transistors handle? And

JR> can they work at higher frequencies?

JR> Regards,

JR>

JR>

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Hi ,

Yes, the HV transformer would have a limited bandwidth. Best to

contact someone in this group that's using one in their Rife

device or knows about the one shown at Aubrey's site.

BTW, I tried contacting Aubrey Scoon the other day. Didn't get a

reply (e-mail didn't bounce). Anyone know if he's taking any

e-mails?

My specialty is TV and electronic repair, and some circuit

design. Never involved with RF design.

The only neon sign transformers I've seen ratings for were in the

thousands of volts (as high as 15kV). How have you used your neon

sign transformers for measuring the voltage for helium tubes?

Thanks for this link. It shows plasma tubes running as high as

1kV. Is this correct?

Bil

PC 1000

M-Pulse 5000 magnetic pulse generator

http://magpulser.com

Mammoth Lakes, California

mailto:magpulser@...

JR> --- Bil Green wrote:

>> Hi ,

>>

>> The ~800V is not going to the plasma tube, but

>> rather to the

>> primary of the HV transformer (that air core

>> transformer). This

>> is what I've been saying in the last 2 e-mails.

JR> Okay, but doesn't a transformer prevent you from

JR> getting a wide bandwidth? If the earlier machine had

JR> a range of 12 kHz to 2 MHz (not including harmonics),

JR> and the #4 machine went up to 22 MHz, could you do

JR> that with a transformer? If that's too wide, perhaps

JR> you could try a range of 100 kHz to 2 MHz. That's

JR> within the range of the listed MORs.

>> What plasma tube runs at only 250V?

JR> A helium phanotron type tube has a running voltage of

JR> about 250 volts. I use my neon sign transformer to

JR> measure, but here are some measurements with an actual

JR> machine:

JR> http://www.bestsolu.com/1939_unit_measurements.htm

JR> Regards,

JR>

JR>

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Hi Mike,

I just replied to with an example of a HV transistor (with

specs). As I had remarked it may work better is a transistor

which is actually designed for RF is used (even though some

other, more common power transistors are rated as high as 20MHz)

Bil

PC 1000

M-Pulse 5000 magnetic pulse generator

http://magpulser.com

Mammoth Lakes, California

mailto:magpulser@...

MF> Hi Bil

MF> Can you give us an example of a transistor that will do the job?

MF> regards, Mike Fellows

MF>

>>

>> Hi ,

>>

>> There's plenty of transistors that will work beside TV defection

>> types. Since transistors can handle more current than tubes, the

>> primary winding on the air core HV transformer can be much lower

>> voltage with higher current (and of course still providing the

>> proper voltage and waveform to the plasma tube).

>>

>> So a larger variety of transistors which could handle much higher

>> frequencies (and plenty of current) would be available.

>>

>> Bil

>>

>> PC 1000

>> M-Pulse 5000 magnetic pulse generator

>> http://magpulser.com

>> Mammoth Lakes, California

>>

>>

>> mailto:magpulser@...

>>

>>

>> >>There are only circuit diagrams available for the

>> >>Kennedy models 110 and 220; they don't give any

>> >>component values. As for the amplifiers used, I don't

>> >>know of any schematics or diagrams extant. Assuming

>> >>that they just put out regular sine waves, you

>> >>wouldn't want to use these today.

>>

>> PN> I was more interested in how they interfaced with the plasma tube,

>> PN> and if any kind of adjustment was thought necessary at the time as

>> PN> the supposed single frequency was changed.

>>

>> >>While I'm not an engineer, that doesn't look like what

>> >>we're looking for. We need a simple design with a

>> >>single robust power tube that can handle abuse.

>>

>> PN> Sounds good in theory. But what 500W RF tube are you thinking of? As

>> PN> was mentioned in the accompanying text, that circuit is pretty

>> PN> simple, for the bandwidth power derived.

>>

>> PN> On the other hand, a TV deflection transistor typically can handle

>> PN> about 800V at 40W. This would be enough for a small plasma tube.

>> PN> However, the practical upper frequency limit is reduced into the

MF> KHz.

>> PN> IGBT's are another option, but the current rating typically drops as

>> PN> specified bandwidth rises. If we are only interested in below 20KHz,

>> PN> and can work with PWM, modifying a ready-made inverter (240VAC

>> PN> version) would be another option.

>>

>> PN>

MF>

http://www.alliedelec.com/Images/Products/Datasheets/BM/NTE_ELECTRONICS/NTE-Elec\

tronics_Actives-and-Passives_9357006.pdf

>>

>> >>I think that in the modern paradigm we

>> >>think too much of achieving maximum efficiency. That

>> >>should be considered _after_ we achieve the MOR

>> >>effect.

>>

>> PN> Mismatching is not only about loss of efficiency. The waveform can

>> PN> become distorted. If it is intended to use a sinewave, being a true

>> PN> single frequency, impedance mismatch will introduce unwanted

>> PN> harmonics. If this is acceptable, a step-up transformer might as

MF> well be used.

>>

>> >>That link just goes to the front page.

>>

>> PN> Sorry, it's here.

>>

>> PN>

>> <http://web.telia.com/~u85920178/>http://web.telia.com/~u85920178/

>>

>> >>It still remains to be demonstrated if the plasma tube

>> >>can be eliminated, while still using the same

>> >>frequencies. My own intuitive speculation on the

>> >>matter is that a contact mode approach will require

>> >>much higher frequencies. This is partially based on

>> >>the 1944 article:

>>

>> PN> The linked circuit will operate within the optimal range cited

MF> by the

>> PN> article you mention. It's power output is about as much as might be

>> PN> safely applied by contact. So, there is thankfully no need for more.

>>

>> PN> Obviously, Rife used lower harmonics, not the exact resonant

>> PN> wavelengths of viral bodies. What you seem to be suggesting is that

>> PN> for contacts to work efficiently, they need to more closely approach

>> PN> the latter. This implies some inherent ability of plasma to entrain

>> PN> resonance, which I am willing to believe. But I am trying the best

>> PN> case scenario for a contact modality to see if we can first get

>> PN> effects there without the complexity of plasma. Even at this early

>> PN> stage, the concept is a significant departure from the lower

>> PN> frequency " Rife " contact devices on the market. It could never be

>> PN> commercially viable, as both the FDA and FCC would take interest.

>>

>> PN> To facilitate testing of the above, can anyone advise what is the

>> PN> most likely of Rife's MHz (not audio) frequencies to produce a

MF> tangible result?

>>

>> PN> Nielsen

>>

>>

>>

>>

>> PN>

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--- Bil Green wrote:

> Hi ,

>

> I saw an air core HV transformer on one of the old

> Rife units at

> Aubrey's site. The only place I've seen close up

> photos.

Can you give a link?

> You're right, other models could use direct coupling

> from the

> output tube to the plasma tube. But the chart you

> linked to lists

> voltages as high as 1kV. Did they have tubes rated

> that high back

> then?

I think that's the peak. The rms is about 250 on

average.

> HV transistors can handle as much as 25A, and the

> frequency

> response drops off as the current rating increases.

>

> Just as an example an NTE2597 is rated at 1100V

> (BV_CBO), 12A,

> 65W, 15MHz (typical max.).

Well, if you put it that way, I think you should

definitely try it. 1100 volts may very well be enough

to light the plasma tube, without a transformer.

Regards,

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--- Bil Green wrote:

> Hi ,

>

> Yes, the HV transformer would have a limited

> bandwidth. Best to

> contact someone in this group that's using one in

> their Rife

> device or knows about the one shown at Aubrey's

> site.

If you can use a transistor with the highest voltage

available, you should be able to get away without the

transformer.

> BTW, I tried contacting Aubrey Scoon the other day.

> Didn't get a

> reply (e-mail didn't bounce). Anyone know if he's

> taking any

> e-mails?

I haven't heard anything from any of the British Group

in years.

> My specialty is TV and electronic repair, and some

> circuit

> design. Never involved with RF design.

>

> The only neon sign transformers I've seen ratings

> for were in the

> thousands of volts (as high as 15kV). How have you

> used your neon

> sign transformers for measuring the voltage for

> helium tubes?

I just connect the transformer wires to the electrodes

of the phanotron, and after it's lit, measure with the

multimeter. If it's not lit, the meter will see the

full voltage of the transformer. This is also how

I've discovered when the tube is defective with a

compromised electrode to glass seal. The tube wont

light in such a case.

> Thanks for this link. It shows plasma tubes running

> as high as

> 1kV. Is this correct?

As I said elsewhere, the rms figures are about 250

volts on average.

Regards,

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Hi ,

I hope you find this useful:

1939 Beam Ray (photo near bottom of page, " tank coil " [HV coil]

at right, top side of chassis)

http://www.scoon.co.uk/Electrotherapy/Rife/BeamRay/index.htm Very

nice redrawn schematics too.

Large coil at center of chassis

http://www.scoon.co.uk/Electrotherapy/Rife/Early/index.htm

At this page click here: " Modern Version by Aubrey Scoon (PDF

format) is linked here "

http://www.scoon.co.uk/Electrotherapy/Rife/Early/gruner.htm

Bil

PC 1000

M-Pulse 5000 magnetic pulse generator

http://magpulser.com

Mammoth Lakes, California

mailto:magpulser@...

JR> --- Bil Green wrote:

>> Hi ,

>>

>> I saw an air core HV transformer on one of the old

>> Rife units at

>> Aubrey's site. The only place I've seen close up

>> photos.

JR> Can you give a link?

>> You're right, other models could use direct coupling

>> from the

>> output tube to the plasma tube. But the chart you

>> linked to lists

>> voltages as high as 1kV. Did they have tubes rated

>> that high back

>> then?

JR> I think that's the peak. The rms is about 250 on

JR> average.

>> HV transistors can handle as much as 25A, and the

>> frequency

>> response drops off as the current rating increases.

>>

>> Just as an example an NTE2597 is rated at 1100V

>> (BV_CBO), 12A,

>> 65W, 15MHz (typical max.).

JR> Well, if you put it that way, I think you should

JR> definitely try it. 1100 volts may very well be enough

JR> to light the plasma tube, without a transformer.

JR> Regards,

JR>

JR>

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Hi Bil:

How is a tank coil a HV transformer? I thought the

tank coil just provides the inductance to make the

resonant circuit? Don't you have to have two coils to

make a transformer?

Regards,

--- Bil Green wrote:

> Hi ,

>

> I hope you find this useful:

>

> 1939 Beam Ray (photo near bottom of page, " tank

> coil " [HV coil]

> at right, top side of chassis)

>

http://www.scoon.co.uk/Electrotherapy/Rife/BeamRay/index.htm

> Very

> nice redrawn schematics too.

>

>

> Large coil at center of chassis

>

http://www.scoon.co.uk/Electrotherapy/Rife/Early/index.htm

>

>

> At this page click here: " Modern Version by Aubrey

> Scoon (PDF

> format) is linked here "

>

http://www.scoon.co.uk/Electrotherapy/Rife/Early/gruner.htm

>

> Bil

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--- Nielsen wrote:

<snip>

><http://rife.org/photogallery/rifemach.jpg>http://rife.org/photogallery/rifemac\

h.jpg

>

> Great photo. Someone could be interested in this

> auction. Similar to

> the one shown on the table.

>

>

http://cgi.ebay.com.au/BOXED-FREQUENCY-WAVEMETER-MODEL-758A-WITH-INSTRUCTIONS_W0\

QQitemZ330123424580QQihZ014QQcategoryZ105788QQssPageNameZWDVWQQrdZ1QQcmdZViewIte\

m

Thanks for this. I thought that the item in the Rife

photo was a variable condenser, but if it is in fact

an absorption wavemeter, then that definitively

answers the questions of how Rife measured his

frequencies and why his figures in the lab notes are

different than the figures Hoyland took. Hoyland, it

seems, read the actual output from the frequency

generator, but Rife was probably picking up harmonics

from the plasma tube.

<snip>

> >I would suggest working with E. Coli as a test

> sample.

>

> Great. Now where did I put those rubber gloves.

> Might be worth the

> trouble if someone can give me the original MHz

> frequency. All I

> found were audio.

The frequency listed in the " #4 machine " chart is 417

kHz.

Regards,

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--- Gordon wrote:

>

> ,

<snip>

> Therefore I have developed a simple test setup to

> determine the exact amount of power(wattage) a tube

> needs. I feel this a must as no two tubes, as yet,

> are the same. Anything more than that results in

> component failure and heat dissipation. A number of

> years ago I forwarded these findings to this list,

> but no´´one seemed interested

> at the time. <snip>

I went into my archives and reread your post. Could

you repeat it, perhaps with step by step directions?

I wasn't sure about the details.

Regards,

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