Claimed OU circuit of Rosemary Ainslie

[poynt99]

Christ, is the frigging circuit what she claims or not?  Stop the madness

To whom is this addressed?

At any rate, if you have been following the thread, you can judge for yourself. If you have not been following the thread, surely you would have noticed some genuine excitement about. So judge for yourself. All the information required to make that call is here.

.99

[WilbyInebriated]

And after almost a 6 months of "evaluation" here

i think spinner is addressing you here poynt. i could be wrong, maybe he is addressing milehigh or tk...

being that spinner claims to be an EE with 20+ years of experience i am really surprised that yet another test protocol wasn't posited by him. he must not consider tk, poynt, milehigh and paulycomelately to be peers. it must be a slow day in the magnetmotor section of the forum...

[hartiberlin]

User Spinner and Asymatrix are now banned from posting,
due to posting only negative funny comments and offtopic comments.

User Asymatric also was already banned with his other username
ncytuber.
So no matter, if he wants to try to register under a different username again
he will be banned again...

Regards, Stefan. (admin)

[Justalabrat]

.99
I keep seeing this "HIGH FREQUENCY" you reference all the time as a reason the TDS 3054C oscilloscope probes that are a type Tektronix P6139A are unusable and inaccurate for this application.... members and guests should be aware that by looking at the attached chart that this circuit is in no way "HIGH FREQUENCY" and not referred as such ..... at below 50 Mhz
Fuzzy

It's not only the repetition frequency that makes a signal a "HIGH FREQUENCY" signal it's also the rise time of the signal. This very fast rise time is what is responsible for the very spikes you guys seem to be interested in. A 3 or 4 ns rise time signal has components out to the gigiahertz range. I think that is what poynt99 is trying to say. 

[WilbyInebriated]

It's not only the repetition frequency that makes a signal a "HIGH FREQUENCY" signal it's also the rise time of the signal. This very fast rise time is what is responsible for the very spikes you guys seem to be interested in. A 3 or 4 ns rise time signal has components out to the gigiahertz range. I think that is what poynt99 is trying to say. 

then why didn't he just say that?  i think you have it backwards, the spikes are responsible for the fast rise times...