Hi.
I did a quick test with the intention of replicating ZPM.
I think I am far from the result, but the increase in the light intensity of the 5w lamp caught my attention, while the current consumption decreases.
I use a Starch block cut from other experiments. I don't rely on the oscilloscope probe either because today I burned the input on channel B together with the probe. Therefore, I ask those who control ZPM to show me some tracks using ferrite. That's all I have available for now.
thanks
Realco's successful ZPM replication
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realco
posted this
15 January 2023
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realco
posted this
15 January 2023
Hi.
I did a quick test with the intention of replicating ZPM.
I think I am far from the result, but the increase in the light intensity of the 5w lamp caught my attention, while the current consumption decreases.
I use a Starch block cut from other experiments. I don't rely on the oscilloscope probe either because today I burned the input on channel B together with the probe. Therefore, I ask those who control ZPM to show me some tracks using ferrite. That's all I have available for now.
thanks
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realco
posted this
15 January 2023
I am sorry. I uploaded a video and it seems that it needs to be converted to another format. I will try tomorrow evening.
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Fighter
posted this
15 January 2023
Hi and welcome !
Quoting:realco
I ask those who control ZPM to show me some tracks using ferrite. That's all I have available for now.
I'm not aware of any ZPM replication using ferrite. I'm not saying it couldn't work, just I don't know someone who tried it. But a ZPM replication using ferrite would be an interesting experiment !
I am sorry. I uploaded a video and it seems that it needs to be converted to another format. I will try tomorrow evening.
The video should be MP4. You can easily convert it online, no need to install any software on your computer:
https://www.google.ro/search?q=mp4+converter+online+free
If you want you can upload it on a file sharing service and send me the link, I'll convert it for you and post it here in your thread.
Regards,
Fighter
| "If you want to find the secrets of the universe, think in terms of energy, frequency and vibration." | ||
| Nikola Tesla | ||
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Fighter
posted this
15 January 2023
Seems your video is MP4 and it was successfully uploaded to our server but the video is not visible when playing. I converted it by changing its internal video format from HVC1 to AVC1 and now it works, here it is:
If that is the format your video device (camera or phone) is recording I can describe the way I converted your video online without installing additional software on my computer so you can convert your videos in the future, just let me know.
Regards,
Fighter
| "If you want to find the secrets of the universe, think in terms of energy, frequency and vibration." | ||
| Nikola Tesla | ||
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Fighter
posted this
15 January 2023
Realco,
I watched your video many times and I'd say you're on the right track !
You have a beginning of the input decreasing effect while the light bulb luminosity is increasing and that's the most difficult part to reproduce in any ZPM replication. And the effect is confirmed in the same time by the analog ampere meter.
I see you already found and know where your device's optimal frequency is, where the input decreasing effect is starting.
What I find very interesting is that you're using a ferrite toroidal core, so far all the ZPM successfuly replications were built using Metglas cores !
Could you give more details about the exact type of core you're using and especially what kind of ferrite it's made of ?
Also the thickness of the wire and the number of turns for each coil ? Are they 150/300 turns ratio like I used in my ZPMs ?
I suppose the light bulb is 12V/5W like the ones I used with my ZPMs sometimes ?
What you have there is a very interesting ZPM replication, thanks for sharing your experiement ! š
Regards,
Fighter
| "If you want to find the secrets of the universe, think in terms of energy, frequency and vibration." | ||
| Nikola Tesla | ||
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Jagau
posted this
16 January 2023
Hi realco
Yes a very interesting ZPM replication like fighter said
Jagau
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realco
posted this
16 January 2023
Gentlemen.
Thank you for calling what you saw <<replication>>
Not nearly!
I am very cautious when it comes to such things
I have some problems at the moment with the scope. It is obvious that the waveform will not be the same on the ferrite as the one from metglass, but even so, I have great doubts that I am looking at some correct parameters.
Likewise, I was able to verify with the help of the circuit that I presented in Editor's thread, that the ferrite works well under heavy load in the igbt drain by progressively opening its grid.
I use an Amidon toroide with a medium permeability without pretending to know the exact value at this moment.
Yes. I use asymmetric coils, but with fewer turns than metglas. I have coil 1 with 230 turns and coil 2 with 115 (wire section - 0.9 mm)
The toroid is cut to resonate controlled, and is from another older project
I think I have answered your questions, and I accept any other point of view with pleasure.
Realco.
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Fighter
posted this
16 January 2023
Quoting:realco
Gentlemen.
Thank you for calling what you saw <<replication>>
Not nearly!
The reason I used the term "replication" is based on the fact that the device is already showing the input decreasing effect while the light bulb's luminosity is increasing and the effect is double-checked by the analog ampere meter. And that's the most important part in the ZPM replication process.
It is obvious that the waveform will not be the same on the ferrite as the one from metglass
I agree, most likely the waveform will not be the same with ferrite like the one produced using Metglass. It's logical that different materials will show different waveforms but that's not really relevant as long as the replica is producing the input decreasing effect.
Also it's the first ZPM replication experiment using ferrite and I consider that remarcable.
Fighter
| "If you want to find the secrets of the universe, think in terms of energy, frequency and vibration." | ||
| Nikola Tesla | ||
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realco
posted this
17 January 2023
Thanks Fighter for the encouragement. I didn't think I was so close
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realco
posted this
17 January 2023
Hello everyone
I raised the load level to two 20w/12v lamps.
All I can say at this point is that the ferrite needs to be !!!shaken!!! too bad to resonate. Very slowly or very steeply, the core saturates in this circuit and in 'clean' harmonic tails. I did the test quickly and therefore without conclusive deductions.
The lack of time sometimes makes us make mistakes or abandon projects like this ZPM of the Fighter.
Thank you for your tenacity.
Below, a clip I just made
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