The VIBE, operating between 1-1000 Hz, and a cell phone, operating at around 1,000,000 Hz (1 GHz), fundamentally cannot interfere with one another due to their vast frequency differences and operational principles.
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Frequency Separation: The electromagnetic fields produced by the VIBE are at extremely low frequencies (ELF), orders of magnitude lower than the high-frequency radio waves used by cell phones. Electromagnetic interference (EMI) typically occurs between devices operating within overlapping frequency bands or at harmonics of one another. Since 1-1000 Hz and 1 GHz are not harmonically related, their fields do not overlap in a way that could result in interference. Furthermore, PEMF fields generated by the VIBE are designed to collapse back on themselves and target localized biological processes in the body, minimizing any stray emissions.
- Purpose and Propagation Differences: Cell phone signals are designed to travel long distances by transmitting information to and from cell towers, using high-energy, far-field electromagnetic radiation. In contrast, the VIBE uses near-field, low-energy pulsed electromagnetic fields intended for localized interaction with the body's cells, not for broadcasting over long distances. This localized interaction mechanism ensures that the VIBE’s field effects remain focused on its intended target and do not emit energy capable of disrupting high-frequency devices like cell phones.
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Testing and Assurance: Customers can independently verify that the VIBE’s magnetic field is unaffected by cell phones by using the included magnetic field tube tester or the Magnetometer App. Simply place the tester near the VIBE while operating it, both with and without a cell phone nearby, and observe that the magnetic field strength remains consistent. This provides an easy and reassuring way to see that the two devices do not interfere with each other in any way.
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