Power and Running Multiple frequencies

Back in the 1950s, they built plasma ray tube instruments that would run 10 frequencies simultaneously. Therefore running multiple frequencies is not a new concept. This is why we built the GB-4000 to be able to run multiple frequencies. Yet today there are some unknowledgeable people who disparage running multiple frequencies even though the original instruments used this capability. Successfully running multiple frequencies is directly tied to power. If you have enough power then it is possible to do this. Below we have given answers to the most commonly asked questions.

Some people have asked? Does running multiple frequencies reduce the power level of the frequencies? The answer to that question would be yes, but only if you do not have enough power output. This is why we built the GB-4000 with the ability to output 4.7 watts at 100% duty cycle using an RF (Radio Frequency) carrier frequency. This is about 23.5 to 47 times more power output than the 1957 instrument. Using an RF carrier frequency is the only way the power level could be increased. The original 1957 contact instrument did not use an RF carrier frequency so they could only output one audio frequency at a time with only 0.10 (1/10th) to 0.20 (1/5th) of one watt of power. This power level worked very well with only one audio frequency. In order to overcome this limitation, the GB-4000 uses two separate circuits.

The "Audio Mode" circuit has no RF carrier frequency and 0.75-watts power output. It is used for frequencies from 1 Hertz to 400,000 Hertz. Frequencies used with this "Audio Mode" circuit can be physically felt from 1 to about 20,000 Hertz.

The "RF Mode" circuit is used for frequencies from 1 Hertz to 20 million Hertz. The 3.1 MHz carrier frequency can also be used with this circuit. Because of the RF carrier, any audio frequencies cannot be felt. Using this method it is possible to use 4.7-watts and makes it possible to run up to 8 frequencies simultaneously with almost 6 time the 1957 power level per frequency. This is why the GB-4000 can run up to 8 frequencies with sufficient power output.

Logically when using the 1957 power level if you used 2 audio frequencies using this RF circuit you would want to double that power level (2 X 0.20 = 0.40% of one watt) to 0.40% of one watt. If you run up to 8 audio frequencies you would want at least 8 times that power level or 1.60-watts peak. This is why the GB-4000 has 4.7-watts power output so that it has almost 6 times the power capability needed for running 8 audio frequencies simultaneously at the original 1957 capability.

Some people also ask if they can only run multiple frequencies. The answer to that question is no. The GB-4000 gives you the flexibility to switch from running one audio frequency at a time to being able to run up to 8 audio frequencies at a time. You can choose how you want to run the frequencies.

Many people want even more power than the GB-4000 power levels per audio frequency. If you want more power then you can purchase the SR-4 1 to15-watt power amplifier and you will have 1.87-watts of power for each frequency if you run 8 audio frequencies simultaneously. If you decide to only run 4 audio frequencies simultaneously then you would have 3.75 watts of power for each frequency. And if you only run one frequency you can have up to 15-watts of power for a single audio frequency.

If you want even more power than 15-watts of power then you can purchase the M.O.P.A., gas tube amplifier which is a variable 20 to 190-watts maximum power instrument. With this instrument, you could run up to 8 audio frequencies simultaneously with up to 23.75-watts of power for each audio frequency.

We look at it as going from good to better to best. 

What separates the GB-4000 from other frequency generators available today?

While almost all manufacturers only run one frequency at a time the GB-4000 can run from 2 to 8 frequencies simultaneously for a superior multi-frequency waveform. The benefit of running frequencies simultaneously is a time-saving feature. If you run 8 frequencies one at a time it would take 40 minutes to run them all but if you run them simultaneously then it would only take 5 minutes to run all 8 frequencies.

The GB-4000 can output up to 8 frequencies simultaneously up to 40,000 Hertz and 2 frequencies up to 20,000,000 Hertz. Each frequency is generated and output in a pure waveform. With its 20 MHz (20 million Hertz) frequency range it has the ability to generate millions of individual frequencies in pure waveforms which can be put into individual channels and run as sequences of individual or multiple frequencies.

Some manufacturers claim that running multiple frequencies simultaneously causes the purity of each individual waveform to be lost as well as creating the possibility of canceling out or creating other frequencies. Rarely are other frequencies created and when they are generally beat frequencies which are considered beneficial. Even though frequencies combined together may seem to lose their individual clarity, all the components of each frequency are present. Think of an orchestra playing many different instruments. Though they combine together to make beautiful music, each instrument’s full sound components are still present and nothing is lost. In order for a frequency to be canceled out, the same frequency must be introduced 180 degrees out of phase. Since the GB-4000 does not output the same frequency 180 degrees out of phase the canceling of a frequency is not possible. The original 1930's/1950's instruments did not have any of these problems and neither do our instruments. Those who run multiple frequencies simultaneously are seeking the benefits of using multiple frequencies. The time-saving benefit is the main reason most people prefer to use multiple frequencies.