Re: Attention GB 4000 users: new changes to the amp.

[Guest guest]

I just bought a gb4000. I didn't see this on lymenet but rarely go there so

maybe i missed it. Are people upgrading that hae the older models. I am

confused if someone has advice please let me know.

>

> Attention GB 4000 users: new changes to the amp.

>

> I just learned on lymenet.org (they have a great & long thread/discussion

regarding rife machines) that the manufacturer is making changes to the amp.

Here is explanation.

>

> I was asked to explain why we changed the carrier frequency of the GB-4000

from 2.4 MHz to 3.1 MHz. The purpose of this change to the 3.1 MHz carrier

frequency is to make the GB4000 work on the same sideband principles as the

original Rife & Philip Hoyland Beam Ray Clinical instrument. The MOPA works on

the sideband method and is a replica of Hoyland's instrument. Hoyland used two

different carrier frequencies, 3.8 and 3.3 MHz. Once we understood how the Beam

Ray Clinical instrument worked we could then choose the best carrier frequency.

The carrier frequency of 3.1 MHz is a better match using the sideband method

because it is a more central carrier frequency requiring the least number of

sidebands to hit all the primary Rife frequencies. As an example at 3.3 MHz

using 21275 Hertz it takes 4 sidebands to hit the BX cancer virus frequency of

3,214,900 Hertz and it takes 12 sidebands at 20080 Hertz to hit the BY cancer

virus frequency of 3,059,040 Hertz. At 3.1 it only takes 5 sidebands at 22,980

Hertz to hit the BX frequency and two sidebands at 20480 to hit the BY

frequency.

>

> By putting in the 3.1 MHz carrier frequency the GB-4000 will then be working

on the same method as the MOPA except with less power. This change also makes it

possible to do the same sweep with the GB-4000 as with the MOPA from 24000 Hertz

down to 500 Hertz which will hit all of Rife's frequencies for a sufficient

amount of time to be of value. With the change of the carrier frequency is a new

frequency list that incorporates all the audio frequencies that will produce the

correct sidebands to hit all of the Rife MOR frequencies. No longer are we just

relying on square wave harmonics from audio frequencies but we now have the

advantage of using the same sideband method used in the original 1930's Beam Ray

Clinical instrument.

>

> Another advantage is if the MOPA is used and its carrier frequency is set at

3.1 MHz carrier then all the programmed channels have the correct audio

frequencies in them to produce the correct sideband frequencies to hit all of

the various original Rife frequencies. This should make the instrument work even

better than it has in the past.

>

> I have had many calls by people wanting to know if they should upgrade their

GB-4000 to the new carrier frequency. I have told them that it depends if they

want to have their instrument changed so that it works on both the sideband

method that will produce all Rife original frequencies and also continue to work

on the square wave method which has been used for many years. Each person will

have to make that decision for themselves. The upgrade is not expensive and we

are doing it at cost. It only costs $30 plus shipping to upgrade both the

GB-4000 and the Amplifier. The GB-4000 cost is $20 and the Amplifier cost is

$10. The reason the Amplifier has to be updated is because it needs to be

re-tuned to work with the new carrier frequency. I hope that this answers most

of the questions that those on the list may have.

>

[Guest guest]

No the GB 4000 still comes with the SR-4 30 MHZ 10 watt amplifier as standard

equipment. If you want to pay about 2500.00 extra, you can get the new MOPA

amplifier that is 50 watts

http://www.thegb4000.com/frequency_generator.asp?id=53. It is not nearly as

portable, but it is much stronger, and you can run a plasma tube with it, so

could potentially have better penetrating power. I would be interested to know

if those who have bought the higher wattage amp are finding a significant

difference in how well it works to kill Lyme.

> >

> > Attention GB 4000 users: new changes to the amp.

> >

> > I just learned on lymenet.org (they have a great & long thread/discussion

regarding rife machines) that the manufacturer is making changes to the amp.

Here is explanation.

> >

> > I was asked to explain why we changed the carrier frequency of the GB-4000

from 2.4 MHz to 3.1 MHz. The purpose of this change to the 3.1 MHz carrier

frequency is to make the GB4000 work on the same sideband principles as the

original Rife & Philip Hoyland Beam Ray Clinical instrument. The MOPA works on

the sideband method and is a replica of Hoyland's instrument. Hoyland used two

different carrier frequencies, 3.8 and 3.3 MHz. Once we understood how the Beam

Ray Clinical instrument worked we could then choose the best carrier frequency.

The carrier frequency of 3.1 MHz is a better match using the sideband method

because it is a more central carrier frequency requiring the least number of

sidebands to hit all the primary Rife frequencies. As an example at 3.3 MHz

using 21275 Hertz it takes 4 sidebands to hit the BX cancer virus frequency of

3,214,900 Hertz and it takes 12 sidebands at 20080 Hertz to hit the BY cancer

virus frequency of 3,059,040 Hertz. At 3.1 it only takes 5 sidebands at 22,980

Hertz to hit the BX frequency and two sidebands at 20480 to hit the BY

frequency.

> >

> > By putting in the 3.1 MHz carrier frequency the GB-4000 will then be working

on the same method as the MOPA except with less power. This change also makes it

possible to do the same sweep with the GB-4000 as with the MOPA from 24000 Hertz

down to 500 Hertz which will hit all of Rife's frequencies for a sufficient

amount of time to be of value. With the change of the carrier frequency is a new

frequency list that incorporates all the audio frequencies that will produce the

correct sidebands to hit all of the Rife MOR frequencies. No longer are we just

relying on square wave harmonics from audio frequencies but we now have the

advantage of using the same sideband method used in the original 1930's Beam Ray

Clinical instrument.

> >

> > Another advantage is if the MOPA is used and its carrier frequency is set at

3.1 MHz carrier then all the programmed channels have the correct audio

frequencies in them to produce the correct sideband frequencies to hit all of

the various original Rife frequencies. This should make the instrument work even

better than it has in the past.

> >

> > I have had many calls by people wanting to know if they should upgrade their

GB-4000 to the new carrier frequency. I have told them that it depends if they

want to have their instrument changed so that it works on both the sideband

method that will produce all Rife original frequencies and also continue to work

on the square wave method which has been used for many years. Each person will

have to make that decision for themselves. The upgrade is not expensive and we

are doing it at cost. It only costs $30 plus shipping to upgrade both the

GB-4000 and the Amplifier. The GB-4000 cost is $20 and the Amplifier cost is

$10. The reason the Amplifier has to be updated is because it needs to be

re-tuned to work with the new carrier frequency. I hope that this answers most

of the questions that those on the list may have.

> >

>

[Guest guest]

Hi B and Angee,

There actually was a recent post on our group about this, read below Angee's

post...

This is now an option...

>>>I was asked to explain why we changed the carrier frequency of the GB-4000

from 2.4 MHz to 3.1 MHz. The purpose of this change to the 3.1 MHz carrier

frequency is to make the GB4000 work on the same sideband principles as the

original Rife & Philip Hoyland Beam Ray Clinical instrument.<<<

>>> I have had many calls by people wanting to know if they should upgrade their

GB-4000 to the new carrier frequency. I have told them that it depends if they

want to have their instrument changed so that it works on both the sideband

method that will produce all Rife original frequencies and also continue to work

on the square wave method which has been used for many years. Each person will

have to make that decision for themselves. The upgrade is not expensive and we

are doing it at cost. It only costs $30 plus shipping to upgrade both the

GB-4000 and the Amplifier. The GB-4000 cost is $20 and the Amplifier cost is

$10. The reason the Amplifier has to be updated is because it needs to be

re-tuned to work with the new carrier frequency. I hope that this answers most

of the questions that those on the list may have.<<< .......... more below..

Jim

> > >

> > > Attention GB 4000 users: new changes to the amp.

> > >

> > > I just learned on lymenet.org (they have a great & long thread/discussion

regarding rife machines) that the manufacturer is making changes to the amp.

Here is explanation.

> > >

> > > I was asked to explain why we changed the carrier frequency of the GB-4000

from 2.4 MHz to 3.1 MHz. The purpose of this change to the 3.1 MHz carrier

frequency is to make the GB4000 work on the same sideband principles as the

original Rife & Philip Hoyland Beam Ray Clinical instrument. The MOPA works on

the sideband method and is a replica of Hoyland's instrument. Hoyland used two

different carrier frequencies, 3.8 and 3.3 MHz. Once we understood how the Beam

Ray Clinical instrument worked we could then choose the best carrier frequency.

The carrier frequency of 3.1 MHz is a better match using the sideband method

because it is a more central carrier frequency requiring the least number of

sidebands to hit all the primary Rife frequencies. As an example at 3.3 MHz

using 21275 Hertz it takes 4 sidebands to hit the BX cancer virus frequency of

3,214,900 Hertz and it takes 12 sidebands at 20080 Hertz to hit the BY cancer

virus frequency of 3,059,040 Hertz. At 3.1 it only takes 5 sidebands at 22,980

Hertz to hit the BX frequency and two sidebands at 20480 to hit the BY

frequency.

> > >

> > > By putting in the 3.1 MHz carrier frequency the GB-4000 will then be

working on the same method as the MOPA except with less power. This change also

makes it possible to do the same sweep with the GB-4000 as with the MOPA from

24000 Hertz down to 500 Hertz which will hit all of Rife's frequencies for a

sufficient amount of time to be of value. With the change of the carrier

frequency is a new frequency list that incorporates all the audio frequencies

that will produce the correct sidebands to hit all of the Rife MOR frequencies.

No longer are we just relying on square wave harmonics from audio frequencies

but we now have the advantage of using the same sideband method used in the

original 1930's Beam Ray Clinical instrument.

> > >

> > > Another advantage is if the MOPA is used and its carrier frequency is set

at 3.1 MHz carrier then all the programmed channels have the correct audio

frequencies in them to produce the correct sideband frequencies to hit all of

the various original Rife frequencies. This should make the instrument work even

better than it has in the past.

> > >

> > > I have had many calls by people wanting to know if they should upgrade

their GB-4000 to the new carrier frequency. I have told them that it depends if

they want to have their instrument changed so that it works on both the sideband

method that will produce all Rife original frequencies and also continue to work

on the square wave method which has been used for many years. Each person will

have to make that decision for themselves. The upgrade is not expensive and we

are doing it at cost. It only costs $30 plus shipping to upgrade both the

GB-4000 and the Amplifier. The GB-4000 cost is $20 and the Amplifier cost is

$10. The reason the Amplifier has to be updated is because it needs to be

re-tuned to work with the new carrier frequency. I hope that this answers most

of the questions that those on the list may have.

> > >

> >

>

[Guest guest]

Hi Jim,

Thanks for this, I was not aware of changes made to the GB. With your

permission, I would like to forward this info to the GB4000 distributor that I

got my machine from. He may have additional information to help users of the GB

4000 determine if the upgrade would make our machines more effective.

Thanks again,

> > >

> > >

> > > I just bought a gb4000. I didn't see this on lymenet but rarely go there

so maybe i missed it. Are people upgrading t

[Guest guest]

I was under the impression that if you want to add the MOPA to your GB 4000,

then you will need to have the upgrades made to your machine & amp. This way it

is more compatible when using the MOPA. But if you are not using the MOPA & you

are seeing continued success while using your machine, then it is not imperative

that you have the upgrades made.

> > > >

> > > >

> > > > I just bought a gb4000. I didn't see this on lymenet but rarely go there

so maybe i missed it. Are people upgrading t

>

[Guest guest]

Hi B,

Sure, pass this on to the distributor you know... He should know about this

already I would think....

Take care,

Jim

> > > >

> > > >

> > > > I just bought a gb4000. I didn't see this on lymenet but rarely go there

so maybe i missed it. Are people upgrading t

>

[Guest guest]

Yes, this is correct, this upgrade is not necessary to upgrade your GB4000, only

an option if you want to do it... To use the MOPA amp, it is necessary...

Take care,

Jim

> > > > >

> > > > >

> > > > > I just bought a gb4000. I didn't see this on lymenet but rarely go

there so maybe i missed it. Are people upgrading t

> >

>