Originally posted by ali02
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Lrl from Italy
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Dear Master Franco , now I understand with how method works Your LRL ,
I think that also You know reactions of Hallo effect on Your LRL , because before
You say me that your LRL works with different Mhz , this is only for Oscillator stage , but
setting is Different .....
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Yes it is, a further improvement that I am working on is to tune L1 / C10 on a harmonic of the quartz oscillator. To do this, you need to find different frequencies. I attach a new display stage that allows for better tuning.Originally posted by humhum View PostDear Master Franco , now I understand with how method works Your LRL ,
I think that also You know reactions of Hallo effect on Your LRL , because before
You say me that your LRL works with different Mhz , this is only for Oscillator stage , but
setting is Different .....
Attached Files
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hello franco https://github.com/dysonlin1/Air-2 The person who predicts the earthquake is actually doing business with your logic. I had the chance to examine this issue. The circuit controls the change of electric current in the air.
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Originally posted by brain View Posthello franco https://github.com/dysonlin1/Air-2 The person who predicts the earthquake is actually doing business with your logic. I had the chance to examine this issue. The circuit controls the change of electric current in the air.
Thanks for the information but at this link I don't see anything that looks like my lrl.
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Not lrl, logic reacts to the same franco lrl metal phenomenon, air2 reacts to the electrical energy of air.
can you examine the link
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The "phenomenon" is very complex and still unknown to mainstream science. There are other types of lrls that work with principles and frequencies different from mine, for example Alonzo PD with coil and ferrite or Infrared and ultraviolet. In my case the whip antenna presupposes the existence of an electric or electromagnetic field.Originally posted by brain View PostNot lrl, logic reacts to the same franco lrl metal phenomenon, air2 reacts to the electrical energy of air.
can you examine the link
http://www.faenzashiatsu.it/Tecnolog...ino_Vonair.htm
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Thanks for the message, I will try to repeat this project, only I need to change the indication from the Arduino board in order to do without a computer on the ground. And it will be possible to try the search for metal buried objects in the ground.Originally posted by brain View PostNot lrl, logic reacts to the same franco lrl metal phenomenon, air2 reacts to the electrical energy of air.
can you examine the link
http://www.faenzashiatsu.it/Tecnolog...ino_Vonair.htmIf you are looking for treasure, but it is still not there, look deeper
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Unfortunately I don't have these data, official science doesn't recognize the phenomenon, I can only tell you that personally (like other forum members) I believe in its existence, having built and used tools that prove it. It is a complex phenomenon that acts on a wide range of frequencies and therefore it is possible to build instruments that rely on different frequencies. For now I have not been able to establish whether the phenomenon is the same for each type of metal and therefore there is a possibility of discrimination. Iron is certainly not detected and this is a nice plus.Originally posted by brain View Posthello franco what is the gold and silver phenomenon values under the ground? Is it possible for you to provide information on this subject?
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Actually I have a specially made device .33khz sine wave is applied to the ground with two cables laid on the ground. There is a tda2030 audio output circuit. only amp values are changed. The receiver part is divided into 3 with a 3-step switch and fine-tuned with a potentiometer. Between 16khz and 19khz between 19khz and 22khz between 22khz and 26khz. There is no connection between the receiver and the transmitter. The antenna in the receiver is about 40 cm long. a coil is wound on a core as an antenna.
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I think it is a system derived from geophysics.Originally posted by brain View PostActually I have a specially made device .33khz sine wave is applied to the ground with two cables laid on the ground. There is a tda2030 audio output circuit. only amp values are changed. The receiver part is divided into 3 with a 3-step switch and fine-tuned with a potentiometer. Between 16khz and 19khz between 19khz and 22khz between 22khz and 26khz. There is no connection between the receiver and the transmitter. The antenna in the receiver is about 40 cm long. a coil is wound on a core as an antenna.
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I have improved the performance of my lrl, I cannot say exactly how much, as I no longer have the original test field available, however in my current land there is a point where the original lrl signaled a weak signal right nearby, instead with the modification there is a fairly strong signal at about 2 m. The modification essentially consists of increasing the frequency of the quartz to 20 Mhz and of tuning L1 / C10 on a harmonic frequency of the quartz. In addition, I made R10 as trimmer to vary more easily the gain of the sensor stage. I have also improved the display stage by putting a fine adjustment and a coarse to make tuning easier. In this way it is possible to "lock" the output voltage of the sensor stage for a wide voltage excursion. The oscillator circuit has been modified to obtain a waveform as distorted as possible, furthermore the frequency of the quartz has been increased to 20Mhz. In this way, harmonics are also generated, one of which (I suppose the 4th or 5th) is tuned with the resonant circuit L1 / C10. For this reason C10 is now a variable capacitor. I also attach the diagram of the power stage. However, any circuit that provides stabilized 12 V is fine. In my diagram I have put a red led that flashes when the voltage drops below 15.5 V. I also enclose a new "help". It is almost essential to have an oscilloscope available, in fact the values of the oscillator components vary greatly depending on the type of quartz,there are types of quartz harder than others to make oscillation. The calibration of the sensor stage serves to obtain the maximum gain without having oscillations.Attached Files
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