New setup to explore acceleration-under-load.
Uploader Comments (deepcut66)
All Comments (25)
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With or without oscilloscope, if no linear charge, like resistor in series with each coils, it's means nothing in term of power (not voltage, but A*V). Otherwise it's like taking voltage on a battery without load... but thanks for sharing your experiment any way, I'm interested in your replication, if of course you could check as I propose to you (an no need of expensive oscillo for that ;) ).
Cheers.
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Thanks for the info on the core. I`ll try ferrite first since i have a whole bunch of those.
Yes, having the right core material is very important.
Increased induction and a must have is very low Coercivity of that material ^^
Peace!
VZ2DAY
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Very exciting! Remember, if it ain't broke don't fix it..
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@TheSolarSolsticeWave LOL no worries mate, it's all good :)
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Oops, just saw that the tip on parallel was already given to you -.-
Sorry about that :)
Peace!
VZ2DAY
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Oke, i see. just a few hundreds to low :)
Hmmm, if with 3 coils you had 440ish vdc so why not set them up in parallel.
Than you should have like 145ish volt dc with 36 ma...:)
And than try that reverse charge thingy again ^^
Reggae and ska are awesome to listen to...my favorite are the oldskol bob marley where you every crack and noise in the background.
Man, wish i was on the beach now with my boombox ^^
Cheers, hope you get it this time.
Peace!
VZ2DAY
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@UrCoffeeTastesToasty That's all true, also the odd/even coil/magnet strategy. So many effing variables i wish i had a formlua ! I'm testing a little coil just now and it's doing really well. Unconnected RPM is 1713, current draw is 665 mA, when i short it the RPM is 1833 and the current draw is 595 mA.
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Nah, more cores true & more magnetic surface area & higher magnetic density per turn and per ohms. Negative maybe the cogging, although since the generator turns into a motor that might help alot.
You are spinning your wheels.
Doing a very nice job of it, but still.... spinning your wheels.
When you get your oscilloscope we can talk more about how to do correct power measurements, and I may be able to show you a reliable way to measure your mechanical torque output.
Don't you think it's interesting that you cut your input power by 2/3 and got more torque by going to a commercially available DC motor rather than using a Bedini motor arrangement?
Personally, I think that's hilarious.
TinselKoala 2 months ago
@TinselKoala Thanks TK :) Ye i LOL'd a lot with the DC motor vs Bedini ! I'll be sure to pick your brain when i get the scope.
deepcut66 2 months ago