Claimed OU circuit of Rosemary Ainslie

[WilbyInebriated]

Wilby:

It's all a but much for me.  I don't know what the real issue is but I can say this:  Nobody is perfect and TK does a much better job than Aaron and knows a lot more than Aaron.  I make the comparison because of your list.

I just read Aaron's last posting.  It looks like he is going to do the old warhorse testing method.  He is going to make a measurement of the power consumption of the Ainsley circuit.  Then he is going to take a hopefully newish freshly charged battery and run the Ainsley circuit and time how long it takes to get to 11 volts.  Then he is going to recharge the same battery and connect a load resistor that draws the same DC power and time how long it takes to get to 11 volts.  If the Ainsley circuit runs longer then that's proof of COP > 1.  There is a chance that he may even take another battery (same type) and run the DC control resistive test in parallel, which would be unthinkable in my book.

This test would not be acceptable for me.  It is just the same-old same-old.  He may even put a multimeter in series with the Ainsley circuit to measure the current consumption to set up the control test.  That would be totally the wrong way to go about it.

Aaron once mentioned his commercial pulsing charger to charge the batteries and it has an indicator light to tell you when the battery is charged.  That's an "idiot light" and you would be a fool to use that as an indication of full charge for a test like this.  You should not even start the test with the batteries fully charged, that's probably a nonlinear area.  You should start the test with the batteries 80% charged, but that's me.

So is that where we are, your "Leader" is going to use a $6000 DSO to look at battery and coil-resistor spikes and then do his dumb battery rundown test?  He can make much better use of his equipment.  He should set up his favourite spike display and do the real power measurement with the two channels of the DSO and spit out the V-I product waveform and calculate the real power consumption in Excel and then do the thermal profiling.  That's the real deal.

You should report back.

MileHigh

your post does not answer either of my questions, nor address any of my points.

we are not talking about aaron or rma or the pope, we are talking about your penguin emperor. and you attempt misdirection yet again, such a loyal little sycophant you are...

again you demonstrate that you have zero integrity. where is your evidence clearing tk of his baldfaced lie?

[MileHigh]

Gimme a break, I don't even know what the issue is.  The real thrust of my posting was a techie posting, I wasn't trying to deflect.  I am concerned about getting some real testing done and I know Aaron is reading this.

MileHigh

[fuzzytomcat]

Now, if anyone can point me to a similarly high Vdss and repetitive avalanche rated mosfet that is NOT the IRFPG50, I would be glad to test it.

Hi TK,

You must have missed my post #813 in the haze 

http://www.overunity.com/index.php?topic=7620.msg194978#msg194978

Fuzzy

[WilbyInebriated]

Gimme a break, I don't even know what the issue is.  The real thrust of my posting was a techie posting, I wasn't trying to deflect.  I am concerned about getting some real testing done and I know Aaron is reading this.

MileHigh

no rest for the wicked, and don't try and claim you don't know what the issue is when i just spelled it out for you with a list, and you respond with you don't know what the issue is? LMFAO

plus, there is this post where it is spelled out for you.
http://www.overunity.com/index.php?topic=7620.msg196782#msg196782

you aren't a very good observer are you? it appears your comprehension skills are rather lacking as well. starting to look like a liar too.

[MileHigh]

At this point I am tired and don't care right now.  Uncle!

Back to Aaron:

I have test several timer chips and other components and the mosfet always oscillates. It isn't from a funny timer and it runs really cold. The 110 ohm resistor was the only thing getting warm so I changed to a 6 volt battery and it runs fine and I can hardly feel warmth on resistor anymore. Still works fine.

Yikes, Aaron.  You are saying that you are running your 555 timer at 6 volts instead of 12 volts?

You have to double-check the datasheet for your MOSFET to make sure you are still running it in saturation mode with only a 6-volt pusle arriving at the gate.  Even if the MOSFET does not seem to be heating up, you should check that.  You may be just at the transition point between the linear region and the saturation region with only a 6-volt input.

Who cares if the 110-ohm resistor runs warm?  Do you think that you are exceding its wattage rating?  If yes use two 220-ohm resistors in parallel and go back to a 12-volt source for your 555.

MileHigh