What does Duty, Dwell, Pulse & Converge mean?

What does Duty, Dwell, Pulse and Converge mean?

When Rife researchers discuss frequencies to use, in order to treat disorders, they often quote Duty, Dwell, Pulse and Converge values.

For example:

Quote:

---

duty 71.5
dwell 180
pulse 1 60 2900
converge 1 .03125

---

These values come from a a program that runs on an Atelier Robin F100 style (F165 in latest version) square wave frequency generator.




It is a well known pad device and some people use it to control plasma devices. Its programming language is the preeminent language for controlling frequency devices.

You can download the manual from here and see how it works.

Many researches quote these number without identifing where the numbers came from and this leads to some people being confused about these numbers.



Duty

Sets the duty for the main frequency. The duty is the on time versus cycle time of the main frequency pulse (on time/cycle time)*100.

Argument units: d in percentage

Examples:
duty 50 # 50% on, 50% offduty 10 # 10% on, 90% off
Note that the software will translate the requested duty to a value that the device can produce. The generator specifications indicate what range of duty cycle it can produce on each channel. Some channels, like channel c, have a fixed duty cycle. In that case, the duty cycle command is ignored.

Dwell

Sets the default dwell (duration) value. The dwell is the length of time the requested frequency will be generated. The dwell value specified will be applied to any subsequent frequency in the program file up to the next dwell or cdwell instruction.

Argument units: s in seconds
Range: s: 0.0 to 20000000.0

Examples:
dwell 120 # Run for 2 minutesdwell 0.5 # Run for half a seconddwell .75 # Run for 3/4 second

Pulse

Runs a frequency in the background on a channel not being programmed Pulsing is a signal applied to the programmed frequency. In digital terms, if the programmed frequency = F, the pulse frequency = P and the output of the device = OUT, then OUT = F AND P . This command is also used to turn pulsing off as: "pulse 0 0". This command is similar to the backfreq frequency except that it automatically selects the channel to run the background frequency on. If channel a is the current program channel, pulse will run on channel b, if channel b or c is the current program channel, pulse will run on channel a.

Argument units:

f in Hz
d in percentage on

Examples:
pulse 4 50 # Pulse at 4hz, 50% dutypulse 5000 10 # Pulse at 5khz, 10% dutypulse 0 0 # Turn pulsing off
Note: Pulse is off by default

Converge

converge r s
Useful if you are not certain of the exact frequency to produce but want to produce frequencies in the neighborhood of a set of known frequencies.

Similar to the fuzz command except that frequencies are run below and above the center frequency alternating with each step. How wide the sweeps are is specified with the "r" argument in two different ways

In the first way, r is the number of hertz below and above the frequency. Each frequency f in the program between this statement and the next converge or fuzz command will produce frequencies f-r to f+r with step s and alternating above and below the center frequency at every step.

In the second way, r is a percentage. The sweep will be from f-(r/100*f) to f+(r/100*f) with steps s. To use this command, you must add a "%" immediately after the number.

For multiple frequencies, converge only needs to be specified once, before the list of frequencies.

Converge can be turned off with the command: converge 0 0

Examples:
dwell 11
converge 5 1
727
# is equivalent to running in this order:
# 722, 732, 723, 731, 724,
# 730, 725, 729, 726, 728,
# 727 for 1 second each
#
dwell 18
converge 2% .5
100
# is equivalent to running: 98, 102,
# 98.5, 101.5, 99, 101, 99.5
# 100.5 100 for 2 seconds each
#
converge 0 0
# turns off converge for the following
# frequency commands
Note: When using the converge command, the dwell time is computed by dividing the default dwell time by the number of steps in the fuzz. For example: dwell 100
converge 5 1
100
# Sets default dwell to 100 seconds
# Converge has 11 steps:95,105,96,104,97,103,98,102,99,101,100
# Each frequency will run for dwell/11=9.09 seconds

The original example therefore has the following meaning:

Main duty cycle 71.5%
Frequencies will run for 180 seconds total (there's only one frequency in this program)
Each frequency will be pulsed/gated at 1Hz at a pulse duty cycle of 60%.

Converge 1 .03125 means that this frequency is actually composed of 2*(1/0.03125) + 1 or 65 steps. The first frequency to run will be 2900 + 1, then 2900 - 1, then 2900 + 1-.03125, then 2900 - 1+.03125, then 2900 + 1-.06250, then 2900 - 1+.06250, etc, toggling above and below the target frequency, getting ever closer (by 0.03125 every step), "zeroing in" on the frequency. The function generator calculates how long each of these 65 steps must run so the frequency is complete within the dwell time of 180 seconds.

Just another more simple explanation per kind favour of TrueRife and the Lord alone knows who else contributed? :wink:
@nnie :grin:
__________________________________________________ _______


Q: I cannot grasp terms like pulse, converge, sweep, duty, etc. Could you explain?

A:

Pulse:

Frequencies are pulsed by not only Rife Researchers but by almost all researchers using frequencies to target or destroy microorganisms. Pulses Vs straight runs on frequencies have been demonstrated to get better die offs and kills. Pulsing is basically and OFF / ON command.

To understand pulse, picture someone's fist applying 10lbs constant pressure to your jaw, vs the fist pulsing up and down while making contact with your jaw with the same amount of pressure. The pulsing motion will obviously result in damage, while constant pressure is easily adjusted to resulting in less or no damage at all.


CONVERGE OR SWEEP:

Convergences and sweeps generate a shotgun effect.
The purpose of convergences or sweeps is to pick up mutations or fluctuations of the targeted pathogens that may be slightly off target. Some strains for example may have a MOR or resonant frequency of 440 Hz, while others of the same classification or family may be resonating at 439.734 Hz or 441.78 Hz. While 440 Hz is believed by many researchers to be close enough for a kill, when dealing with harmonics, 440 Hz may miss the targeted pathogen entirely, while the fractional frequencies around the primary frequency may be a perfect hit.


DUTY

Duty is the off and on cycle of the square wave. Duties of 71.5 or 78 Hz will generally pick up all the harmonics of the frequencies up toe scale, while a duty of 50% will only pick up half the harmonics.


Harmonics are a doubling of the frequency up the scale:
10 Hz, 20 Hz, 40 Hz, 80 Hz, 160 Hz etc. The targeted pathogen may be oscillating at 160 Hz. If we are running 40 Hz with a duty of 71.5 we will still pick up the 160 Hz harmonic which is the true target frequency in this example.


Instructions for F-series generators:

Pulse:

To set the frequencies to pulse, you must type the word pulse followed by two numbers.

Example Pulse 1 50

The first number is the amount of pulses for each cycle the frequency runs. In this case it will pulse once during a complete cycle.

The second number is the “duty cycle.” This is the amount of time for each pulse the frequency is ON. In this example the frequency is ON 50% of the time and OFF 50%. To turn off the pulse for another set of frequencies you must type: Pulse 00

Sweeps:

To sweep from one frequency to another either up or down you must type the word SWEEP followed by 3 Numbers.
Example: Sweep 100 350 1

The first number is the start number for the sweep to begin, the second is the stop number. The third number is the HZ that the sweep will use to reach its final destination. In this case the sweep will take place in 1 Hz increments beginning with 100 then 101 then 102 then 103 all the way up till it reaches 350Hz.

Hint: to create fast sweeps type in dwell .5 before the sweep commands. This means that only one half second will pass between sweeps from one number to the next. If you do not type in a dwell time the sweep will not move to the next number in sequence for 3 minutes.

Converge:

This converge command consist of two numbers. Its purpose is to converge at frequencies above and below the primary number until it reaches that frequency.

Example: Converge 10 1

The first number is the number of Hz above and below the primary number that the convergence will begin. The second number is the amount of Hz that the convergence will change within the command. If the example above is being used, and the frequency is 100, the first frequency would be 110, followed by 90, followed by 109, followed by 91, followed by 108, followed by 92…etc, till you finally converge on 100 to finish that set.

To turn the convergence off for another set of frequencies to follow you must type: Converge 0 0

Truerife

Hi Peter,

I am reposting this as the first post did not come out they way I wanted it and may be confusing.

Not sure of the proper term to use here. I made a few measurements on the pain program in my system and got the following results;

Freq with all the proper harmonics :::: number of times repeated in one second [up and down on chart]

54.4hz------------------------------------55.6
100.2hz----------------------------------111.1
110.3hz----------------------------------111.1
125.8hz----------------------------------142.9

Is the number of times the cycle is repeated per second called the pulse or the duty cycle?

Spiritlrp