Author Topic: New invention of motion less generation of electric power (Read 350971 times)

gotoluc · « **Reply #660 on:** January 07, 2010, 03:27:03 AM »

Excellent idea Ali

This will help researchers as I don't think there is anything like it on the market. USB on top of that makes it compact.

Great stuff. When is it available to buy?

Luc

winsonali · « **Reply #661 on:** January 07, 2010, 10:16:47 AM »

goto luc

i have just started sales yesterday available from .com and ebay.co.uk just search

now i am looking for strategic partner world wide

4 channel USB oscilloscope will be ready within this month

these are going to be very useful instruments for research

gotoluc · « **Reply #662 on:** January 07, 2010, 04:15:16 PM »

Wow

that's great Ali.

You know what I would dream of having... is a USB interface that from a software you would be able to control up to 4 mosfet's at different frequencies, pulse width or sequence times for experiments. It would also be great to have full isolation (not common ground) between the switches. If you could also include sensors for controlling the switches to magnetic peaks that would be an amazing bonus.

I think something like this would be a hot item.

I'll look on ebay for your device.

Luc

FatBird · « **Reply #663 on:** January 07, 2010, 05:17:07 PM »

Good Point Luc.

Yeah, I would like to BUY one of those too.

.

winsonali · « **Reply #664 on:** January 07, 2010, 11:08:47 PM »

gotoluc:

adding 4 outputs for mosfets is just a matter of 5 minutes
we can add 4 couplers and isolate them from input

any thing you like to control through PC just ask and you will get

thats why i was telling you we can work as team

FatBird · « **Reply #665 on:** January 07, 2010, 11:57:51 PM »

Hello Ali, It looks like you are getting caught up and selling things now. That's good.

How about considering selling some of your OLD GENIEs in KITS, OR Working Units?

There are many of us that like your OLD GENIEs & would like to buy some.

Thank you.

winsonali · « **Reply #666 on:** January 08, 2010, 01:32:39 AM »

Fat bird:

brother i have to support my research as well and these things they just came as i need them and they are very expensive so i developed them now i will give some one rights to produce them even if you wish you can communicate with me on my email

just think that i have not given the link where i am selling them, i want to make my self clean in this regard no commercial activity on this forum just sharing knowledge and telling everyone means i am just sharing and this may help you as well in your research

about kit for genie
yes i can think but not in the form of kit but complete device but its on later stage
just waiting for few things to be completed and i promise at least i will send one unit free of cost to you.

Kator01 · « **Reply #667 on:** January 08, 2010, 01:33:39 AM »

Hi all,

here are the facts.

http://earthquake.usgs.gov/earthquakes/recenteqsww/index.php?old=world.html

Regards

Kator01

gotoluc · « **Reply #668 on:** January 08, 2010, 05:08:01 AM »

Quote from: winsonali on January 07, 2010, 11:08:47 PM

gotoluc:

adding 4 outputs for mosfets is just a matter of 5 minutes
we can add 4 couplers and isolate them from input

any thing you like to control through PC just ask and you will get

thats why i was telling you we can work as team

That's great

Ali

When can I get one like I described above?

I look for your ebay listing and could not find it

could you post a link? I'm sure Stefan would not mind as this is something that could help researchers.

I'm ready to work with you but I don't know what I could do to help you as you are way more knowledgeable then I am

Anyways let me know if there is anything I can do to help. My email is: gotoluc@yahoo.com if you wish to contact me directly.

Thanks for your time and sharing.

Luc

teslaalset · « **Reply #669 on:** January 09, 2010, 08:41:21 PM »

Hi Ali,
I am doing a lot of experiments switching capacitors and now I am building a universal switching unit including a microcontroller to do my experiments much faster.
Presently I use Hexfets IRF540N for fast switching high currents.
I encounter some problems in switching off these FETs fast enough.
(they need ~700ns to switch off, while according their datasheet it should be possible to switch much faster, ~60ns).

What switching components do you use? Can you share some details ?

hartiberlin · « **Reply #670 on:** January 09, 2010, 09:00:30 PM »

Hi Ali,
nice device.
Maybe you can offer an Affiliate Partnership Sales Programm for this device,
then we can include some advertisement for your unit over here.

Yes, would be nice, if you could also implement a few ports on this device
to generate needed pulses for some coil switching devices
like a Bedini or Newman Wheel or TPU control frequencies.

Many thanks.

Regards, Stefan.

winsonali · « **Reply #671 on:** January 09, 2010, 10:40:55 PM »

Quote

I encounter some problems in switching off these FETs fast enough.
(they need ~700ns to switch off, while according their datasheet it should be possible to switch much faster, ~60ns).

yes its a very simple thing i am using IRF 740 or 840 and the capacitors are 330 UF 400 volts
but the time for switching is based on residual charges if you connect 2 parallel path Mosfet you can ensure fast switching by cross over timing

the Mirco-controller you are using is also an important factor now i am using FPGA quite complex but very power full.

i will open source the genie circuit once my new device is on the screen all those people who have this thinking that high frequency can fool the meter they are wrong.

i am trying to up load my new device probably 2 moro you will be very happy to see the new Winson Charge Accelerator. this is the name of the new device.

Mosfets are very nasty elements they blow up very quickly, don't forget to put 10 k resistance to ground on gate pin it will keep it always low level and it will not go in floating stage and once you applied voltage to gate, put 1 K so you will get 1:10 ratio divider and the current will be limitise and protect the Mosfet to an extent
this is my experience when you directly connect mosfet and source jumps from high to low the tri state condition applies this is the period when most of the mosfet blow up coz a source to drain current is flow and the gate came in floating stage any thing can happen to blow so connecting a high resistance to ground will always deter the floating stage.

winsonali · « **Reply #672 on:** January 09, 2010, 10:57:16 PM »

Stefan.
please advice me how to go about your suggestion the best thing is all the forum members can enjoy a liberty to get it programmed as they need it

i will be posting my new video either 2 moro or on Monday at the latest the name of the new device is winson charge accelerator. i hope every one will enjoy it.

teslaalset · « **Reply #673 on:** January 09, 2010, 11:21:09 PM »

Quote from: winsonali on January 09, 2010, 10:40:55 PM

yes its a very simple thing i am using IRF 740 or 840 and the capacitors are 330 UF 400 volts
but the time for switching is based on residual charges if you connect 2 parallel path Mosfet you can ensure fast switching by cross over timing

the Mirco-controller you are using is also an important factor now i am using FPGA quite complex but very power full.

i will open source the genie circuit once my new device is on the screen all those people who have this thinking that high frequency can fool the meter they are wrong.

i am trying to up load my new device probably 2 moro you will be very happy to see the new Winson Charge Accelerator. this is the name of the new device.

Mosfets are very nasty elements they blow up very quickly, don't forget to put 10 k resistance to ground on gate pin it will keep it always low level and it will not go in floating stage and once you applied voltage to gate, put 1 K so you will get 1:10 ratio divider and the current will be limitise and protect the Mosfet to an extent
this is my experience when you directly connect mosfet and source jumps from high to low the tri state condition applies this is the period when most of the mosfet blow up coz a source to drain current is flow and the gate came in floating stage any thing can happen to blow so connecting a high resistance to ground will always deter the floating stage.

Yes, I have already experienced a lot of blowing up FETs. I guess that's part of the research. Thanks for your advise on the gate protection.
What exactly do you mean by

Quote

2 parallel path Mosfet you can ensure fast switching by cross over timing

?
Are you saying to connect two FETs parallel, so gate1 to gate2, source1 to source2 and drain1 to drain2?

gotoluc · « **Reply #674 on:** January 10, 2010, 01:55:35 AM »

Hi Ali,

one of two email reply's to you has come back twice as "Delivery Failure"

Did you receive any replies from me?

Thanks

Luc

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Author Topic: New invention of motion less generation of electric power (Read 350971 times)

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