Lrl from Italy

[rxlock2]

can someone put the PCB in PDF for printing

[FrancoItaly]

can someone put the PCB in PDF for printing

Of course you have to reduce the size.

[rxlock2]

Of course you have to reduce the size.

Thanks a lot, but I mean the PCB in PDF format to make it a board

[Pahom]

Thanks a lot, but I mean the PCB in PDF format to make it a board

This board is in Laot, the link is in the posts above. If you can not download the link, I can send you a personal mail.

[rxlock2]

This board is in Laot, the link is in the posts above. If you can not download the link, I can send you a personal mail.

I don't want a file in lay format, but in PDF format like in the photo so I can print it
mail: rxlock2@gmail.com
Τhanks.

[Pahom]

I don't want a file in lay format, but in PDF format like in the photo so I can print it
mail: rxlock2@gmail.com
Τhanks.

Laot is a simple program, very easy to master. And you can also print the layout on a printer. All tutorial videos are on YouTube. Nothing complicated. And look at your mail.

[rxlock2]

Laot is a simple program, very easy to master. And you can also print the layout on a printer. All tutorial videos are on YouTube. Nothing complicated. And look at your mail.

Thank you very much

[omar]

can someone put the PCB in PDF for printing

https://top4top.io/downloadf-2551qpyt80-rar.html

[rxlock2]

https://top4top.io/downloadf-2551qpyt80-rar.html

Thank you

[abdou2014]

are there layout pcb ?

[Pahom]

are there layout pcb ?

Oh how, you missed a lot, everything is in the posts above ... and the boards and the circuit have not changed.

[abdou2014]

THERE IS ONLY PDF FILE

[omar]

I think that Franco's device needs a second independent device that transmits radio frequencies AM / SW modulated regular sound waves from 500 Hz to 2.5 kHz. to stimulate the phenomenon.

[omar]

When a sample is placed in a constant magnetic field and stimulated (perturbed) by a time-varying (e.g., pulsed or alternating) magnetic field, NMR active nuclei resonate at characteristic frequencies. Examples of such NMR active nuclei are the isotopes carbon-13 and hydrogen-1 (which in NMR is conventionally known as proton NMR). The resonant frequency of each isotope is directly proportional to the strength of the applied magnetic field, and the magnetogyric or gyromagnetic ratio of that isotope. The signal strength is proportional both to the stimulating magnetic field and the number of nuclei of that isotope in the sample. Thus in the 21 tesla magnetic field that may be found in high resolution laboratory NMR spectrometers, protons resonate at 900 MHz. However, in the Earth's magnetic field the same nuclei resonate at audio frequencies of around (2 kHz) and generate very weak signals

https://k.top4top.io/m_2556md8ot0.bmp

[FrancoItaly]

I think that Franco's device needs a second independent device that transmits radio frequencies AM / SW modulated regular sound waves from 500 Hz to 2.5 kHz. to stimulate the phenomenon.

It is possible, but the L/C resonant circuit is in the FM range and therefore the frequency of the external oscillator must be tuned to this frequency (or one of its harmonics).