Are Tommey Reed´s pulse motor circuits overunity ?

[minde4000]

I agree with gotoluc I did post on yuotube from diff user abouty measuring pusled DC with constant DC measuring device. I dont have clamp dc meter but if you connect battery to big cap then to dc motor and measure current flow before cap and after. Wonder if they would match on a meter  beacause of the different ripple form when obviously consuming almost the same amount of power. Also loads should be more of less constant resistance like stefan mentioned like toaster or heater but not unloaded motor wich takes 1/10 of its rated power on unloaded spin. So I would say he should employ different measuring techniques or close-loop it wich is "according" to his input/output numbers must be possible.

[chrisC]

Tommy Reed is just another wannabee like Mylow who is attempting to defraud people again .

@dankie

A little knowledge isn't helpful to most people. Try something else.

cheers
chrisC

[nyctuber]

I've already backed up the videos in anticipation of an MIB visit. lol

He posted another one btw

[powercat]

Hi nyctuber
Thank you forr backing up the videos I have only backed up some of the videos, my Internet speed and hard drive space is limited.

he has 44 videos and counting
MIB will only be interested if Tommey can prove by accurate measurements any overunity

NEW
Pulse Generator, Test run of output
http://www.youtube.com/watch?v=BdCGSxkVhxA&feature=channel_page

cat

[BEP]

he is using a DC amp meter to measure DC that is being chopped at around 10KHz which is not DC anymore, so the meter will not give a correct reading. I'm sure his meters can give an accurate reading but only with DC on resistive loads. He cannot even use his meter to accurately measure the current his DC motor as the field coils are being switched on and off.

@gotoluc

I must agree except on one thing. I know you've made great strides in these endeavours but please know that DC is any current that stays on one side of zero. It doesn't matter what changes are going on as long as it stays on one side of zero. If it repeatedly crosses zero then it is AC. Either may have components of the other. 'Zero' is another whole argument which is pointless here.

So don't confuse pulsating DC with AC. This misunderstanding has bitten more than one of us in the butt  - just like the use of garden variety DMM's to measure amps or voltage at frequencies above a few hundred Hz.