The Resonance Energy Device Explained

[med.3012]

Just to share an idea about using square waves to achieve the mini resonance if the main resonance is difficult to achieve :



the full document is here :

http://go.owu.edu/~rakaye/PHYS275/Diode%20and%20Resonant%20Circuits.ppt

http://go.owu.edu/~rakaye/PHYS275/Diode%20and%20Resonant%20Circuits.ppt

[John.K1]

Hi Med.

I just think about the ODD harmonics in the Parallel LC contour ( 3,5,.etc).
From the other build I remember the ODD harmonics are "destructive" in the system while EVEN harmonics are Aditive?

[med.3012]

Hi Med.

I just think about the ODD harmonics in the Parallel LC contour ( 3,5,.etc).
From the other build I remember the ODD harmonics are "destructive" in the system while EVEN harmonics are Aditive?

HI John.

i only tested the square wave using the output from NE555 oscillator, using the scope i only achieved 24khz as max frequency even thought NE555 may achieve 200 khz very easy!!! the circuit i built is variable frequency/duty , the capacitor used to set the frequency is 10nf , so i think the chip is very old.

i achieved the mini resonance using normal parallel L/C in low voltage mode using these generated square wave, i remember i got two point of resonance, the amplitude will vary also as you know, in the scope the output wave was stable, i think this is good, i am planning to apply HV square wave on the E-TBC, but the problem is the low frequency i got !

[John.K1]

Just thinking if you know what is the resonant frequency of the device, supply it with the double of it. It should mute the ODD frequencies. I think.

[med.3012]

Just thinking if you know what is the resonant frequency of the device, supply it with the double of it. It should mute the ODD frequencies. I think.

can you explain more ? thanks in advance

[John.K1]

Top secret

[John.K1]

First I consider my capacitors are made of coil/cap. So I know what is the resonance frequency. I know if you have a string of guitar and you put gently your finger right in the middle of your string it will mute ODD frequencies. Electric equivalent would be to use the second, fourth.. harmonic as an input?

[med.3012]

First I consider my capacitors are made of coil/cap. So I know what is the resonance frequency. I know if you have a string of guitar and you put gently your finger right in the middle of your string it will mute ODD frequencies. Electric equivalent would be to use the second, fourth.. harmonic as an input?

i love secret info thanks for the explanation

[med.3012]

Hi John !

i would like to know your opinion about an idea came to my mind, i propose using a toroid with the E-TBC to achieve the resonance with easy, here you are the circuit :




i suppose the E-TBC to be just like a coil, the impedance of capacitor will be in minus, the system will form a complex impedance but the resonance can be achieved very easy using a variable frequency NE555, i would like to know your opinion about using the diode ?

i did some calculation and it appear the resonance can be achieve...

[John.K1]

Hi Med.

I am not sure if I have posed it here before but check this guy Alexandr Mischin
https://www.youtube.com/watch?v=80NdiyxpzbA Watch from 11:00

Also the system of capacitor/coils, kind of reminds me the stuff we talk here about

[med.3012]

Hi Med.

I am not sure if I have posed it here before but check this guy Alexandr Mischin
https://www.youtube.com/watch?v=80NdiyxpzbA Watch from 11:00

Also the system of capacitor/coils, kind of reminds me the stuff we talk here about

As i see the video in Russian, but this is another video, my idea consist of using another high inductance to avoid the need for high voltage capacitor, for example 2uF /15KV isn't easy to find, in other hand they are very expensive, adding high inductance with the E-TBC in serial, together we form a parallel system, now a low capacitance can play in this resonating system, for example i have 300nf /10k capacitor, 100nf HV capacitor can be built locally with aluminum foils.. i am asking about the resonance how the E-TBC will act, can you imagine ?

[John.K1]

Can you simulate? You can use free LTspice (is very good) or some other free Circuit simulator

[med.3012]

Can you simulate? You can use free LTspice (is very good) or some other free Circuit simulator

i tried long time ago to simulate the E-TBC, but it need a lot of time, most powerful simulator isn't free, the trial version are very limited, upon all this you need some times to be used to work with electromagnetic simulator ! so i forget about this.

the proposed circuit is very simple since we already know how the ETBC will work, the objective is to achieve a good voltage value across this device all the time !

[John.K1]

Just bare in mind that diode is not as easy as it looks. Diode has one way flow if we speaking about + and -. But has also flow when you have - and 0 (still difference of potentials)

[med.3012]

Just bare in mind that diode is not as easy as it looks. Diode has one way flow if we speaking about + and -. But has also flow when you have - and 0 (still difference of potentials)

if i have the answer i wouldn't ask you , the diode will block the inductance to oscillate back, while it's possible for the high voltage DC spike to charge the capacitor ( i am wondering about this ) ? if the capacitor can be charged to high value or no ?