Jes Ascanius Radiant collector

[tgraca]

Thanks!

Antenna is a long wire, 35/40 meters including coil, 1.5 mm in diameter, down from the roof to the garage and the coil is located about 7 meters before the connection to the circuit. The earth is a copper rod about 2.5 cm in diameter and 2.5 m long stuck in the ground, in the garden.

You can find attached a photo of the coil

Looks fun! It seems like a lot of wire for a little bit of power. I have seen some people draw a lot of power from a small plate, but they are using various techniques to accelerate the energy. Some use no antenna, just a few coils in between two grounds, and some accelerating power from a signal generator a couple coils and magnets. I am attracted to all of these because they have no moving parts. I don't really understand how it works, but I do recognize some patterns.

Thanks for posting! I look forward to seeing your progress! -t

[cat-tito]

Some use no antenna, just a few coils in between two grounds, and some accelerating power from a signal generator a couple coils and magnets. I am attracted to all of these because they have no moving parts. I don't really understand how it works, but I do recognize some patterns.

Thanks for posting! I look forward to seeing your progress! -t

Please, could you let me know if is possible to find the schemes and where? or can you post it?
Deeply would appreciate your help, I have tried many things but I have not made great progress and I am now in a dead point.

Thanks a lot.

[tgraca]

Jes's original video for the PJK eBook

Please, could you let me know if is possible to find the schemes and where? or can you post it?
Deeply would appreciate your help, I have tried many things but I have not made great progress and I am now in a dead point.

Thanks a lot.

Read through this entire thread.... there are some good things in here, but here is the original video from Jes submitted to Patrick Kelly for his 1,200+ page eBook... https://www.youtube.com/watch?v=rYtXC-FxQ6g
- t

[cat-tito]

Read through this entire thread.... there are some good things in here, but here is the original video from Jes submitted to Patrick Kelly for his 1,200+ page eBook... https://www.youtube.com/watch?v=rYtXC-FxQ6g
- t

Thanks tgraca, I have readed all this thread already for 2 times... I will try with some new ideas y saw.

[cat-tito]

Read through this entire thread.... there are some good things in here, but here is the original video from Jes submitted to Patrick Kelly for his 1,200+ page eBook... https://www.youtube.com/watch?v=rYtXC-FxQ6g
- t

Hi again tgraca,

Have you seen a video of a device running this circuit?
I, like many others, can turn leds but have not managed to run a small motor o similar device, and I have not seen anyone get
I have seen the video of Ascanius (for which I have all the respect and admiration ) and the results obtained are very similar to what I get , whenever we speak of working with 100uF (voltage up to 15 or 16 volts in few seconds ), the problem is to increase the capacity , the load capacitor slows down and connect a load ( a small motor or a small battery for charging ) , the voltage drops ...
If I put an LED get a constant voltage , which varies depending on the type of LED that is connected, for example, now I have connected three leds lighting inside and the voltage that I have is 7.35 constant volts ( although obviously these three leds are not working 100% ) if I put a red LED voltage will be different, 2.5 or 3 volt, but remains constant and when the load is increased to a point that the circuit can not supply enough current, very small intensity, the volts drop, and this occurs when the load resistance increases.
Took 3 years trying to improve performance, and the most I've done is raise the voltage to 46 volts in a couple of minutes, but when I measure with the multimeter the voltage dropped to 26 volts and then stabilized, but connect the load voltage drop to 7.35 v ... so, my conclusion is that you can increase the voltage but the intensity is the same, you can charge a large capacitor (27,000 uF o more) to 24/26 volts, I have done, and attach a small motor that will work for 1 or 2 seconds but little else, you can get a higher yield high capacity charging capacitors but is necessary to reduce the load time significantly, and this is what I'm trying to get now, but I am at a dead point.
Again, has anyone seen it work any device other than a LED this circuit or get a good performance?
I would be very happy to see success stories to motivate more and further research but I'm discouraged

Wait for your comments.

[sadan]

12 V DC Motor

Hi, I am new at this forum.
In last 2 years, a hobbyist, I have tried a number of methods for Free / Cost effective Energy Resource.

I tried with a joule thief modified circuit, 2 inch diameter, with around 300 turn, I could get a reasonable speed of 12 V DC motor of an old Tape Recorder.

I want to build a self sustaining circuit with 100 Watt to 1 K W load.
Any guideline ....

Thanks to all members of this Forum and specially those who have shared their experiences.
I believe, knowledge increases by sharing.

[BroMikey]

Piggy Back Coils

Hi, I am new at this forum.
In last 2 years, a hobbyist, I have tried a number of methods for Free / Cost effective Energy Resource.

I tried with a joule thief modified circuit, 2 inch diameter, with around 300 turn, I could get a reasonable speed of 12 V DC motor of an old Tape Recorder.

I want to build a self sustaining circuit with 100 Watt to 1 K W load.
Any guideline ....

Thanks to all members of this Forum and specially those who have shared their experiences.
I believe, knowledge increases by sharing.

Hello

This fella claims he is using a generator coil to make extra power from his monopole similar to the only man on the web who has a working self sustaining monopole Rick somebody.

This guy claims it is self running. AND charging batteries.

Whenever I do this about 10 guys post that the whole idea of free energy is a hoax so don't be surprised.

Mike

[stargate22]

Problem solved...

Hi, I am new at this forum.
In last 2 years, a hobbyist, I have tried a number of methods for Free / Cost effective Energy Resource.

I tried with a joule thief modified circuit, 2 inch diameter, with around 300 turn, I could get a reasonable speed of 12 V DC motor of an old Tape Recorder.

I want to build a self sustaining circuit with 100 Watt to 1 K W load.
Any guideline ....

Thanks to all members of this Forum and specially those who have shared their experiences.
I believe, knowledge increases by sharing.

The "MEG" unit....

[tgraca]

Never Give Up!

Hi again tgraca,

Have you seen a video of a device running this circuit?

Hey cat... I haven't seen any significant power being generated, but I have read reports. It seems that when people get this stuff running, they stop contributing online. I've read many of Tesla's patents and believe it can be done. There are many reports of others that have pulled radiant energy in many ways to generate significant power and although this is just one way, it seems the simplest to me, but I am perusing others too... no real success yet, except with crystal batteries, but I am still seeking a cost effective approach for these, which is still elusive.

We have had a really wet and snowy and cold winter, but when I get moving on this, I will share what I learn. In the mean time, here's one of my favorite videos on this.

https://www.youtube.com/watch?v=XPK5sGKdBMQ&list=PLGCJpy-xahMUN9JfwYEJqmzn1ifJ2GBGE&index=3

Peter ties all of Tesla's patents together nicely in a little over an hour... Peter also mentions something briefly, maybe in this video (or the next one), about a guy that used a small plate to generate significant power, but the picture looks like he is using some huge power tube.... interesting...

[cat-tito]

Thanks

We have had a really wet and snowy and cold winter, but when I get moving on this, I will share what I learn. In the mean time, here's one of my favorite videos on this.

https://www.youtube.com/watch?v=XPK5sGKdBMQ&list=PLGCJpy-xahMUN9JfwYEJqmzn1ifJ2GBGE&index=3

[/QUOTE]

I will see the video

I was attached one circuit , but the capacitors are incorrect , correct is :
C1 to C8 capacitors non-polarized , 100 to 200 nF ceramic .
C9 to 16 , 60 Volts 100uF Electrolytic

The C9 , C11 , C13 and C15 are with reversed polarity in the diagram , which is necessary to place just the opposite . I found the schematic on the internet and it was wrong.

With this circuit you can get up to 28 volts in a few seconds. You can make all the modules you want, the gain will be higher volts but the intensity does not increase .
The diagram shows 4 modules , I made 9, but the results when connecting the LEDs were the same as with 6.

5 or 6 modules are the minimum to turn on the LEDs and got 7.35 V.

If you place a Joule Thief to output it does not work ... but if you connect a joule thief with Ascanius circuit module if it works ...
With 3/4 modules Ascanius and joule thief get the same voltage that module 1 , but with a little more intensity .

The result is the same with all 4 modules Ascanius and joule thief than with 8 modules of this circuit I've attached.

I tried with 2 antennas and 2 circuits and there has been no improvement, I want to try with 2 antennas, 2 earth and 2 circuits to see what happens ...

Hope this info helps you.

[cat-tito]

Hey cat...
We have had a really wet and snowy and cold winter, but when I get moving on this, I will share what I learn. In the mean time, here's one of my favorite videos on this.

https://www.youtube.com/watch?v=XPK5sGKdBMQ&list=PLGCJpy-xahMUN9JfwYEJqmzn1ifJ2GBGE&index=3

Peter ties all of Tesla's patents together nicely in a little over an hour... Peter also mentions something briefly, maybe in this video (or the next one), about a guy that used a small plate to generate significant power, but the picture looks like he is using some huge power tube.... interesting...

Hi Tgraca
I will see the video

I was attached one circuit , but the capacitors are incorrect , correct is :
C1 to C8 capacitors non-polarized , 100 to 200 nF ceramic .
C9 to 16 , 60 Volts 100uF Electrolytic

The C9 , C11 , C13 and C15 are with reversed polarity in the diagram , which is necessary to place just the opposite . I found the schematic on the internet and it was wrong.

With this circuit you can get up to 28 volts in a few seconds. You can make all the modules you want, the gain will be higher volts but the intensity does not increase .
The diagram shows 4 modules , I made 9, but the results when connecting the LEDs were the same as with 6.

5 or 6 modules are the minimum to turn on the LEDs and got 7.35 V.

If you place a Joule Thief to output it does not work ... but if you connect a joule thief with Ascanius circuit module if it works ...
With 3/4 modules Ascanius and joule thief get the same voltage that module 1 , but with a little more intensity .

The result is the same with all 4 modules Ascanius and joule thief than with 8 modules of this circuit I've attached.

I tried with 2 antennas and 2 circuits and there has been no improvement, I want to try with 2 antennas, 2 earth and 2 circuits to see what happens ...

Hope this info helps you.

[BroMikey]

Radiant Pumping Action

We have had a really wet and snowy and cold winter, but when I get moving on this, I will share what I learn. In the mean time, here's one of my favorite videos on this.

https://www.youtube.com/watch?v=XPK5sGKdBMQ&list=PLGCJpy-xahMUN9JfwYEJqmzn1ifJ2GBGE&index=3

I will see the video

I was attached one circuit , but the capacitors are incorrect , correct is :
C1 to C8 capacitors non-polarized , 100 to 200 nF ceramic .
C9 to 16 , 60 Volts 100uF Electrolytic

The C9 , C11 , C13 and C15 are with reversed polarity in the diagram , which is necessary to place just the opposite . I found the schematic on the internet and it was wrong.

With this circuit you can get up to 28 volts in a few seconds. You can make all the modules you want, the gain will be higher volts but the intensity does not increase .
The diagram shows 4 modules , I made 9, but the results when connecting the LEDs were the same as with 6.

5 or 6 modules are the minimum to turn on the LEDs and got 7.35 V.

If you place a Joule Thief to output it does not work ... but if you connect a joule thief with Ascanius circuit module if it works ...
With 3/4 modules Ascanius and joule thief get the same voltage that module 1 , but with a little more intensity .

The result is the same with all 4 modules Ascanius and joule thief than with 8 modules of this circuit I've attached.

I tried with 2 antennas and 2 circuits and there has been no improvement, I want to try with 2 antennas, 2 earth and 2 circuits to see what happens ...

Hope this info helps you.[/QUOTE]

Hello Cat

When I built 2 of these JES circuits I noticed the same thing when you use these circuits connected to a radiant energy pump like a JT. Never thought of using a JT, so thanks for the info.

I used a Bedini oscillator and the circuit went right up in power output.

Mike

[cat-tito]

I will see the video

Hello Cat

When I built 2 of these JES circuits I noticed the same thing when you use these circuits connected to a radiant energy pump like a JT. Never thought of using a JT, so thanks for the info.

I used a Bedini oscillator and the circuit went right up in power output.

Mike[/QUOTE]

Hi Mike
Please, could let me know how is connected??
THANKS

[cat-tito]

I will see the video

Hope this info helps you.

Hello Cat

When I built 2 of these JES circuits I noticed the same thing when you use these circuits connected to a radiant energy pump like a JT. Never thought of using a JT, so thanks for the info.

I used a Bedini oscillator and the circuit went right up in power output.

Mike[/QUOTE]

Hi again Mike

Bedini oscilator is very similar a joule thief

[Guruji]

Hi, I am new at this forum.
In last 2 years, a hobbyist, I have tried a number of methods for Free / Cost effective Energy Resource.

I tried with a joule thief modified circuit, 2 inch diameter, with around 300 turn, I could get a reasonable speed of 12 V DC motor of an old Tape Recorder.

I want to build a self sustaining circuit with 100 Watt to 1 K W load.
Any guideline ....

Thanks to all members of this Forum and specially those who have shared their experiences.
I believe, knowledge increases by sharing.

Hi Sadan can you show the schematic of this modified JT?
There are circuits that can produce 1kw or more but are a bit difficult to build cause one has to find resonance.
I've been trying long now with Don Smith and Chubinidze coils but still no success yet.