Claimed OU circuit of Rosemary Ainslie

[PaulLowrance]

Alright Paul,

Since you can't be bothered to read through a few pages of my posts, I'll do this for you this time.

First, Glen's results:
http://www.overunity.com/index.php?topic=7620.msg206035#msg206035
Final temperature was about 136ºF. You have already been given the link and seen the control tests Glen performed for this resistor.

Second, data from my 375kHz run:
http://www.overunity.com/index.php?topic=7620.msg205855#msg205855
Ambient was about 22ºC, so final temperature is 22+67 = 89ºC

Third, data from my last 2.5kHz run:
http://www.overunity.com/index.php?topic=7620.msg205850#msg205850
"Actual POS" means control test power output from supply
"TRAA" means temp rise above ambient, so 22+8 = 30ºC final temperature

Now, had you been following the thread along, you wouldn't have to be pestering anyone to offset your laziness to go back a little and read what has already been posted.

I've got nothing to hide, and I've hidden nothing. My goal is to illustrate with good data what this circuit is actually producing in terms of power in and heat out. Why would I be hiding anything Paul?--I certainly am not a proponent of the claims being made about this circuit.

And since you probably missed this too, here it is again, my test plan:

.99

Thanks for the links, but unless you compiling all of the control measurements into to one result, it's unclear. Also there are a lot of your abbreviations that scientists are not going to know what you're talking about. Should they read 234 pages to learn the abbreviations. I'll go over each of your links,

1st link:
No reference to temperature at all. In your post you mention 136F, which lacks detail.

2nd link:
Numbers are all over the place, so it's unclear what exactly you're talking about. So you have numerous components that are heating up. Are you saying that *all* of the components were at 67F??  Are you sure all of the components heated up to the same temperature? ... There's no way all of the data is there. You need to show the temperature of every component, and show the control experiment power required to heat *each* component. Where's the data?

3rd and final link:
Lots of power from various components, but no descriptions. Is that power measured from a thermistor or your calculations from voltage & current? Also you show just one temperature rise, but you have numerous components heating up. Are you saying all of the components heated up to the same temperature?


Paul

[poynt99]

Read the test plan, it's all there.

Temperature of all components is not necessary, only power is. The only temperature that is relevant, is the resistor temperature.

Read the test plan!

.99

[PaulLowrance]

Read the test plan, it's all there.

Temperature of all components is not necessary, only power is. The only temperature that is relevant, is the resistor temperature.

Read the test plan!

.99

Ah, the test plan. Okay, so I'll go out on a hunt for one "test plan!"

PL

[poynt99]

Also Paul,

If you'd been paying attention, you would know that not only is my testing not complete (it is more preliminary), but the results obtained so far are unreliable due to measurement errors. That goes for both my measurements, and Glen's as well.

.99

[poynt99]

It was added to the post after you read it. It is mentioned in your quote.

http://www.overunity.com/index.php?topic=7620.msg207049#msg207049

.99