1. Depending on what programs are running, it can be resonating with something within the hearing process that is causing the ringing. I have had this happen.
2. I'm running the first step of the terrain metal detox and I noticed whistling in my ears briefly today. Miles from home and the working generator and thought it was odd.
3. This whistling happens to me all the time, just happened to me yesterday. For me, if I am not paying attention, gets louder and louder like a foghorn in my head. I am like what is that? Then takes me like an hour figure it out to turn off the Spooky2's until it goes away. Takes like a day for me. The Spooky2's are resonators, and sometimes they can either resonate foghorn sounds in my head/ears or make me feel like I am shaking. This happens when I Rife for too long and I am not allowing my body to rest and recover. I turn the Spooky2's off and drink lots of distilled water, sometimes leave the Spooky2s off for a day or two or more. I have so many Spooky2 projects want to work on very challenging to want to keep them off.
4. I have had this ringing too. And started running every tinnitus program. Never thought that a break was needed.
5. I had this for the first 4 days then it passed. Probably is your Pineal "antennas" receiving the frequencies.
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Typically you will only hear sounds when a few conditions are met.
6. The amplitude has to be high enough so that any sound generated is also loud enough to hear. Use of 20v amplitude with a boost is the best option if you are looking to simulate sound for your own confirmation.
7. The waveform in use will also have an effect on the sound produced. Use of a more complex waveform may change how well one can perceive any sound emitted. For instance, the Square H Bomb will be harder to hear than a standard square wave.
8. The frequency has to be one that will elicit a sound you can hear. Human hearing is from 20 Hz to 20,000 Hz, and typically as we age, we can no longer hear above 14,000 to 17,000 Hz. If your program is all using frequencies above this range, you won't hear anything. Since the remote is not an actual speaker, the response range it has is not going to be the entire range either. A good frequency to use to hear something so you know what it sounds like is 5000 Hz. This resonates well and produces a tone that most anyone can hear.
9. Adding something like a frequency wobble would make it easier to hear sound when the above conditions are met as this causes the sound to change rapidly and we sometimes can hear changes in high frequencies better than one that is static for 3 minutes of time. Again, the frequencies generated would still need to be in the range of human hearing.
So if you see the remote LEDs lighting up, but are not hearing anything, consider yourself blessed. Most do not like it when sounds are noticed as over time it can become annoying.
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