Hello, thought I'd ask this question here.
I just got a couple of 6PS caps and having read Randall Aiken's article about foil orientation, http://aikenamps.com/OutsideFoil.htm, I had a go at using my scope to find the outer foil.
Now, I could see an amplitude difference in induced frequency when swapping the probe and the ground lead over.
I wondered if anybody here had tried this method? I found that out of the two 47nf 6PS caps I had, they both had the outer foil at different ends, and one of three 22nf caps did too. To be honest, I don't know how these caps get the lettering printed, so it might all be at the same end or maybe the construction method means the factory can't tell, so they don't mark it on the cap. I think I went into it expecting to get the same orientation (to the lettering) from each cap, but that doesn't seem to be the case.
Just wondered if anyone else had tried this and what results you got.
Capacitor Orientation
Moderators: pompeiisneaks, Colossal
Capacitor Orientation
Maximum volume equals maximum tone
Re: Capacitor Orientation
There is not corrispondance between the printing orientation and the foil orientation. Just use the scope method or the guitar-input lead-channel method. 
Re: Capacitor Orientation
Cheers. Using the scope method, it seems the difference is only fairly slight compared to some. Anyway, It's a cool little test!
Maximum volume equals maximum tone
Re: Capacitor Orientation
I used my scope as well. Some had little or no difference. Some, it was huge.
Re: Capacitor Orientation
Tom
Don't let that smoke out!
Don't let that smoke out!
Re: Capacitor Orientation
Thanks to this forum I learnt about this phenomenon! Thank you Guys!
I've allowed myself translating the information to Polish so my friends in Poland could benefit from this knowledge as well!
http://www.trioda.com/forum/viewtopic.php?f=18&t=23539
I've allowed myself translating the information to Polish so my friends in Poland could benefit from this knowledge as well!
http://www.trioda.com/forum/viewtopic.php?f=18&t=23539