Testing the TK Tar Baby

[Magluvin]

I second demotion for ANOTHER tacit admission that cannot admit up to now  . lol hahahahahhahahahahhahahaha

by the way thank you!!!;D

Titus Anus Britanicus 

lol

Yes, he is  To stupidus onion dip

[TinselKoala]

Hi TK,

If you don't mind I would find it very helpful if you could tell me how to build and calibrate an absolute DIY electronic pressure sensor.

If you do not want to post it here you have my email.

Again I would be very appreciative for this information.

Seriously? OK.
(But do you see what I have to put up with? You think my argument with Mister Wayne is rough, you should check out the history of Rosemary Ainslie.)

You do not say whether you want to measure gas or liquid pressure, but it doesn't really matter. If you look at my latest videos on my YT channel, you will see me developing a useful set of applications for an Arduino-based sensor-driven voltmeter. If you watch these from the first one on, and download the program sketches from the links, you will see that this might be the answer to your problem. I show the system reading and responding to several different kinds of sensors, like a thermistor, a photoresistor pair (in the TKtracker) and a photovoltaic cell. Using it with a pressure sensor would be a matter of plumbing it onto your apparatus, plugging it into the Arduino, and altering a few numbers in the program code.
Once you see the Arduino in action and see how easy it is to use and to program... even if you have no experience programming at all, it's easy because there are so many good tutorials..... then google "Arduino pressure sensor" and you will see that there are many other precise and accurate solutions for pressure measuring using the Arduino.
I don't have a pressure sensor available to me right now or I'd go ahead and make the video tutorial for it, but as you will find there are already plenty of them up.
My Arduino videos that apply start here, and go on for six or seven more and I'm working on some others.

http://www.youtube.com/watch?v=1x05tCmDiLs
http://www.youtube.com/watch?v=y6AF4azWCeA
http://www.youtube.com/watch?v=_0Ddz2CDmEE

Pressure sensor Arduino links I liked:

http://www.practicalarduino.com/projects/water-tank-depth-sensor
http://www.youtube.com/watch?v=wiv1eBAGVok

Depending on where you shop, the basic Arduino costs 20-30 dollars, that 2-line LCD display another 30 or so (not really needed, you can display on your computer screen), and I don't know how much the pressure sensors cost but I'll bet they are cheap, and the programming IDE is free, of course, and runs on any computer system with USB port. You can set how often pressures are read and save them into a datafile for later analysis if you like.
A single Arduino should be able to handle 4 or five pressure sensors, you can switch the display between them or have the data all put into a file.

Thanks for asking. I'll be glad to help out if you decide to go this route. It's by far the easiest and most customizable way I can think of, and you'll be able to use the Arduino for tons of other stuff after.... well, after you know.

[anomdeguerre]

Thank you for ANOTHER tacit admission that you support someone who lies about their claims.

Magzimus Leviticus 

[WilbyInebriated]

Thank you for ANOTHER tacit admission that you support someone who lies about their claims.

Magzimus Leviticus 

you mendacious godtarded troll...  post a quote of me doing what you claim or shut your sodding face.

god hates liars magtard... and yet you continue to lie thereby demonstrating you don't believe in nor fear your god.

[TinselKoala]

Hi Mark Dansie

I see that Rosemary Ainslie has no compunctions at all about lying to you right out front. Whatever.... you will be sorry that you ever got involved with her, mark my words.

Meanwhile,  here is Tar Baby running on CAPACITORS ONLY, making the same "negative mean power product" that the mendacious Ainslie thinks is evidence for something unusual happening.

Perhaps you, Mark, can tell me how a circuit that is wired according to the "approved schematic", uses the same transistors and makes the same output waveforms...... is "not" a replication of Ainslie's circuit?

http://www.youtube.com/watch?v=R-Awd8_Xro0


And Altoid, the pocket OU demonstrator.... also runs COMPLETELY WITHOUT BATTERIES on a capacitor alone, making the same negative mean power product, by the same means as the full size version, on demand any time anywhere, and can be carried in a shirt pocket.

http://www.youtube.com/watch?v=sNf12g8HPnI

Mark.....  Please examine ALL material available about Ainslie. You will find that the story she tells is far, far from the truth. And I am not the only one who will tell you that. Ask Ashtweth, Aaron, Harvey, FuzzyTomCat..... ask .99, MileHigh, PicoWatt...... there are a lot of people you can ask who I believe will tell you pretty much the same thing. Where are the people who agree with Ainslie?  Who are they? What are their qualifications?

At any rate.... it will be extremely interesting to see what you discover when you ask Ainslie to reproduce these scopeshots with functioning mosfets.

You should INSIST that she run with all six batteries, making the over 72 volts input as shown in the scopeshots, and you should insist that she use the long runtimes and duty cycles shown on the scopeshots, especially the one that appears as "Figure 3" in her manuscript. Under those conditions, the Q1 mosfet should be carrying 5 amps or more... until it fails, then it will make the scopeshots just as shown.

I have support and proof for every one of my contentions in the matter of Rosemary Ainslie. All this and much more, most of it in Ainslie's own words from forum posts and blog posts, is available in my comprehensive Ainslie database, here, in zipfiles of under 200 MB each, for a total of over 5 GB and growing, as I continue to upload my cached files:

http://www.mediafire.com/?b43c5te5tq5xx