Researchers build their own unique Frequency Programs to run on their FC-5 Frequency Delivery System.
When a researcher purchases a Machine, the support staff at Frequency Components will set up a Customer Account for the researcher on this website. In that account, the researcher registers his or her Machine, builds Frequency Programs for that Machine, downloads Programs to the Display Tablet on the Machine, and using the Frequency Components App, runs the Programs. Access to these functions on this website is limited to owners of the Machine.
A single Frequency Program can contain multiple segments. Each segment contains three variables: A principal sine wave frequency, a pulse modulation frequency, and duration. The Machine will run the first segment in the program and output the two frequencies for the specified time. It will then step to the second segment and run its two frequencies for the specified time. It will continue through the program until the last segment is complete and then turn off the Machine. The App has Run, Pause, and Stop features.
Researchers can specify any frequency for the sine wave and the pulse modulation. The Machine operates between 1.8 MHz and 3.6 MHz for the principal sine wave and from 10 Hz to 100,000 Hz for the pulse modulation. When researchers desire frequencies outside of this range, the Frequency Program Generator will convert them into a resonant frequency within the range. The operating ranges are broad enough to allow any frequency outside of the range to be converted to an exact resonant frequency within the range.
Because the computed frequency is a true resonant of the desired frequency, the computed frequency will cause another system to oscillate exactly as the original frequency would have done. Unlike other machines in the market place, the RC-5’s output is stable to within 0.1 Hz guaranteeing the accuracy and effectiveness of the resonant frequency raised or lowered into its operating range.
The optional pulse modulation runs for three cycles of the sine wave at intervals equal to the frequency set in the Program. This has the effect of spiking the amplitude of the sine wave for the three-cycle duration.