The Resonance Energy Device Explained

[Dwane]

Hi med.3012,
Thanks for the advice. I feel that it is important to try and see where the ETBC is developing its energy! I can see where you are headed with your comments, and if they are related to the ETBC, finishing this experiment should be very useful.

I am very busy too at the moment, wedding to attend this weekend, and, I am currently involved building an extension to what will be our new home. It is taking longer than I have calculated. Up to the roof though. Very important to not get to far ahead of myself. Regimentation, the order of the day!

As you have mentioned Amorphous cores, I do have one, what do you think of this article?:-
Amorphous core distribution transformers - not all they're cracked up to be?

Regards

Dwane

[med.3012]

Hi Dwane,


Congratulation i hope a long lasting happiness for both of you, the article is very good but it deal with power transformer where there's a huge magnetic field in low frequency ( 50 or 60 HZ )

in the resonance transformer /generator we deal with the cumulative magnetic waves which has a great value in high frequency ( more than 20 KHZ ), in the experiments i did recently the device respond to the pulsing frequency not the amount of charge being pulsed ( Nano farad discharged capacitor don't do anything ) so i discharged the power come from the TV flyback transformer directly to L1 ( 87 Turns multi-stranded wire ) inside you have an ETBC where i take power from , if you short cut the AC input you still can take the power !!!! the charging speed is nearly constant acting as a power source , discharging the capacitors bank show a massive power which is really very dangerous since it can do real work ... the ETBC has 1.5 turn which is very small length but 25 cm width .. i changed the capacitor banks to be 1200 uf 450 v the highest voltage value is 300 v, the charging speed is related to the frequency of spark gap which act as a discharging tube ..

how this results is obtained ?


The ETBC can generate huge amount of power but the problem remain in the harvesting side , the solution is very easy , we need to reverse the process using two opposite direction coils one CW the other is CCW ,the result is a perpendicular magnetic field component :






the ETBC can see this field which induce an electric charges but the same right angle magnetic field will sort the electrons based on the charges they have

the magnetic core will enhance the process because it's easy to bring the two opposite magnetic field to face each other , the feed back from this magnetic core can lead to very high amperage , here volt equal to current !

[Dwane]

Hi med.3012,
I am attending a wedding not participating! It is one of my nephews that is getting married.

Your explanation is profound. I have to think about the coil at the larger size. Perhaps the first experiment I followed I can utilise? Is it going to be possible to fold the 250mm wide foil to reduce the size to a manageable level?

Will not be able to get back onto it until Monday. These concepts and developments have a way of interfering with our normal thought processes! I hope I can remain focused during the wedding feast tonight!!

Regards

Dwane

[med.3012]

Hi med.3012,
I am attending a wedding not participating! It is one of my nephews that is getting married.

Your explanation is profound. I have to think about the coil at the larger size. Perhaps the first experiment I followed I can utilise? Is it going to be possible to fold the 250mm wide foil to reduce the size to a manageable level?

Will not be able to get back onto it until Monday. These concepts and developments have a way of interfering with our normal thought processes! I hope I can remain focused during the wedding feast tonight!!

Regards

Dwane

Hello Dwane ,

the first experiment is very useful since it show the process of capacitive coupling , in my test; without approaching the ETBC to the tower coil the bulb can't light.. doing the same thing in reverse mode can harvest this radiant power also , i asked myself why there's no blue light ( sometimes it can be a green light as in Bedini experiments ) when i discharge the harvested power from the capacitor banks ??!! ( the photo above )

after examining the schematic i tried i was taking the power from the TV flyback transformer itself
this is something frustrating but also give a positive inspiration the process can be reversed and the voltage can be lower for easy use ..

ok enjoy the moments .


regards

[med.3012]

why some members are silent all the time ?? please participate , each words is important !

[Dwane]

Capacitor

Hi med.3012,
Have started winding 4 capacitors. Fear not about the silent minority. I am sure that there are those who are following the thread and building. Just a bit shy!

Could be a few days with a possible rewind of L0 to get some resonant matching for the capacitors.

Regards

Dwane

[Dwane]

Hi med.3012,
The caps are proving to be some what tricky to assemble! Have rested from my first attempts and reassessing my construction technique and materials. My builders' plastic is too thick and I have to oversize the width to incorporate insulating the foils. Anyway, will get there!

Regards

Dwane

[med.3012]

Hello Dwane ,


are you still using the TV deflection as ferrite core ? in this case it's really difficult to assemble the S-ETBC but it's not impossible good luck and i hope to see your experiment photo .


good luck


regards

[med.3012]

Hi med.3012,
Have started winding 4 capacitors. Fear not about the silent minority. I am sure that there are those who are following the thread and building. Just a bit shy!

Could be a few days with a possible rewind of L0 to get some resonant matching for the capacitors.

Regards

Dwane

Hello again !


the problem impose itself is this a vital science that is needed or just a hobby ? for other members here it's a business , for me it's not a business nor just a hobby ... with more participants we could divide the work so it will be easy to achieve good results in short time .


regards

[Dwane]

Hello again !


the problem impose itself is this a vital science that is needed or just a hobby ? for other members here it's a business , for me it's not a business nor just a hobby ... with more participants we could divide the work so it will be easy to achieve good results in short time .


regards

Hi med.3012,
I get what you say. For me, it is trying to understand so that I can utilise the energy in my new house. Some of the concepts are challenging, until we get a brief "magic moment" where something becomes clear. Like changing the direction of current flow from coil to coil in the ETBC.
If I have understood that, then I should see some improvement in my builds!

Have progressed a bit further. Here are the new coils - much smaller and bendy so they should fit into the yoke core. I have used the "Caution" barrier tape as the forme to support the aluminium strips. Will fit these tomorrow, Although, I shall have to revisit the series ETBC video to check on the winding direction to make sure I get it correct at the first wind.

Here are my coils!

Regards

Dwane

[med.3012]

Hi med.3012,
I get what you say. For me, it is trying to understand so that I can utilise the energy in my new house. Some of the concepts are challenging, until we get a brief "magic moment" where something becomes clear. Like changing the direction of current flow from coil to coil in the ETBC.
If I have understood that, then I should see some improvement in my builds!

Have progressed a bit further. Here are the new coils - much smaller and bendy so they should fit into the yoke core. I have used the "Caution" barrier tape as the forme to support the aluminium strips. Will fit these tomorrow, Although, I shall have to revisit the series ETBC video to check on the winding direction to make sure I get it correct at the first wind.

Here are my coils!

Regards

Dwane

Hi !


the main idea behind the S -ETBC is to increase the inductance so it's easy to achieve the resonance in high voltage , while we preserve the geometry , if i can suggest something i suggest you to lower the voltage that excite the S-ETBC , if you use a very high voltage module the produced electric current will be lower, for example if you work with 6000 v 10 ma the used power is 60 W , the flyback transformer generally produce more than 10 KV in this case the current will be less than 10ma ! if the power remain low which is the most case used power in these experiments..

now if you work with 100 ma 1000 v the power you need is 100 W, in this case you can excite the S-ETBC with the frequency of high voltage module which is far greater than using a discharged capacitor ( in my expiriments i used 2.5 NF / 60 Kv CAPACITORS , 4 capacitor 10 nf/15kv each ...)


when using a spark gap the frequency of discharge can't go to high level in better case below 10kz ! using a high voltage module with good electric current capability can produce a fantastic results at least to see what's going on without the need of tuning .

this is why i am thinking to work with lower voltage around 1000 V so we can achieve the resonance without difficulty , for sure there's some challenge ..


regards

[Dwane]

Hi !


the main idea behind the S -ETBC is to increase the inductance so it's easy to achieve the resonance in high voltage , while we preserve the geometry , if i can suggest something i suggest you to lower the voltage that excite the S-ETBC , if you use a very high voltage module the produced electric current will be lower, for example if you work with 6000 v 10 ma the used power is 60 W , the flyback transformer generally produce more than 10 KV in this case the current will be less than 10ma ! if the power remain low which is the most case used power in these experiments..

now if you work with 100 ma 1000 v the power you need is 100 W, in this case you can excite the S-ETBC with the frequency of high voltage module which is far greater than using a discharged capacitor ( in my expiriments i used 2.5 NF / 60 Kv CAPACITORS , 4 capacitor 10 nf/15kv each ...)


when using a spark gap the frequency of discharge can't go to high level in better case below 10kz ! using a high voltage module with good electric current capability can produce a fantastic results at least to see what's going on without the need of tuning .

this is why i am thinking to work with lower voltage around 1000 V so we can achieve the resonance without difficulty , for sure there's some challenge ..


regards

Hi med.3012,

Thanks for the heads up. I do not think running my present setup flyback at 1000v will give me 100ma. Even the NST, used in the Don Smith set up is not able to produce 100ma. This will mean building a new power supply. I shall have to look for an old Black and White tv flyback transformer, or look at using something else. So on a new setup flyback we would be looking at around 50 + 50 primary turns. Also, a MOV with current regulator? Hmmm.

Also, I noticed maximum of five turns of ETBC is recomented. I shall have to cut my 1200mm winds in half. Not a total waste. I can double up on the coils!

Nothing is easy on the road to discovery. Perhaps why there too few contributors?

Regards

Dwane

[med.3012]

Hi med.3012,

Thanks for the heads up. I do not think running my present setup flyback at 1000v will give me 100ma. Even the NST, used in the Don Smith set up is not able to produce 100ma. This will mean building a new power supply. I shall have to look for an old Black and White tv flyback transformer, or look at using something else. So on a new setup flyback we would be looking at around 50 + 50 primary turns. Also, a MOV with current regulator? Hmmm.

Also, I noticed maximum of five turns of ETBC is recomented. I shall have to cut my 1200mm winds in half. Not a total waste. I can double up on the coils!

Nothing is easy on the road to discovery. Perhaps why there too few contributors?

Regards

Dwane

Hello Dwane,


it's just an idea to lower the voltage since it's advised by Don Smith, 100 ma in each pulse is what i meant and i agree it's nearly impossible to achieve this with flyback frequency, i said this because the more spark gap speed the fast the charging capacitor will be, the resonance condition is needed so it's relatively easy with lower voltage..

another important note is the two wire used in Don setup ( in his power supply ) it's possible to use only one wire but two wire mean there's something in the power supply ... i am trying to build a power supply where the ETBC form the primary coil in the secondary side we shall have no more than 1000 V, i could use two winding CCW + CW and try to fix the frequency of HV side even when the power supply is loaded .. this is why we need help and we could divide the work , a group could work in the power supply side , another group in simulation for example and son on ! this remain a dream



regards

[Dwane]

HV

Hello Dwane,


it's just an idea to lower the voltage since it's advised by Don Smith, 100 ma in each pulse is what i meant and i agree it's nearly impossible to achieve this with flyback frequency, i said this because the more spark gap speed the fast the charging capacitor will be, the resonance condition is needed so it's relatively easy with lower voltage.

another important note is the two wire used in Don setup ( in his power supply ) it's possible to use only one wire but two wire mean there's something in the power supply ... i am trying to build a power supply where the ETBC form the primary coil in the secondary side we shall have no more than 1000 V, i could use two winding CCW + CW and try to fix the frequency of HV side even when the power supply is loaded .. this is why we need help and we could divide the work , a group could work in the power supply side , another group in simulation for example and son on ! this remain a dream



regards

Hi med.3012,

I suppose, as we are going to be pulsing L1, that what might work is a static DC supply. This is then put though an RC network to provide the best power ratio output, then into the tuned circuit to drive L1. Also it would have the opportunity to vary the input frequency to the L1 driver.

Refering to you capacitive field in a previous post above, the notion of the Casimir Effect springs to mind. I have long pondered how to managed the time capsule between the closing of the switch and closure. Being able to modulate that minute time frame with a High voltage on one plate and a lower order plate, and then capture the changing energy field would solve all our problems?

I have just read this brief summary of Heaviside! more interesting second time around. I see where you are headed! Just don't ask me to talk about the math! My son might get it, but, not me.
The Tom Bearden Website

Regards

Dwane

[med.3012]

Hello Dwane ;


i don't have a lot of experience in electronic but you can clarify your idea about static DC supply so maybe something will appear !

the ETBC isn't a simple device as it appear in some aspects .. at the moment i am thinking about the movement of current inside the ETBC , take the following drawing as example , the current go from point A to point B in a conducting foil , how the current flow ?
the green path ? the red path ? or simply the blue direct path ?

the model describe the ETBC as a compacted Tesla wireless power transmitter is very important and can lead to the true device we are looking for .. the difficulty is we need a bouncing system like you have a Tesla transmitter and another receiver but you can reverse the operation from the receiver to the transmitter , with that we can replicate the power ..

when an electric charge move in such complicated environment it's subjected to different mixed behaviors...Lorentz force, Casimir Effect, magnetic field , electric field , electron spin , L2 coil will affect the system also ..