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seems be inductor.Please, could you help me identifiying which component is the transparent
cover one shown here:
Looks like a 1000pF polystyrene capacitor.Please, could you help me identifiying which component is the transparent
cover one shown here:
http://www.lucaveneziani.it/images/DSCN1511.JPG
Thanks a lot.
Luca
Exactly. The H is the tolerance, and I believe it's 2 percent.On Tue, 05 Apr 2005 10:40:29 GMT, the renowned "Luca"
lucavenezianiTOGLI@hotmail.com> wrote:
Please, could you help me identifiying which component is the
transparent
cover one shown here:
http://www.lucaveneziani.it/images/DSCN1511.JPG
Thanks a lot.
Luca
Looks like a 1000pF polystyrene capacitor.
Best regards,
Spehro Pefhany
--
Please, could you help me identifiying which component is the transparent
cover one shown here:
http://www.lucaveneziani.it/images/DSCN1511.JPG
Thanks a lot.
Luca
"Spehro Pefhany" <speffSNIP@interlogDOTyou.knowwhat> wrote in message
news:1nv451tdtc3odts8qjdtj5h4ctauo2goil@4ax.com...
On Tue, 05 Apr 2005 10:40:29 GMT, the renowned "Luca"
lucavenezianiTOGLI@hotmail.com> wrote:
Looks like a 1000pF polystyrene capacitor.
Best regards,
Spehro Pefhany
Exactly. The H is the tolerance, and I believe it's 2 percent.
Typical polystyrene capacitor.Please, could you help me identifiying which component is the transparent
cover one shown here:
http://www.lucaveneziani.it/images/DSCN1511.JPG
I don't believe anyone said it was 33 volts. The voltage is notThanks a lot.
So, to sum up, it is a 1000pF polystyrene capacito at 33 volts and 2%
tolerance.
Is it ok?
How could I fine some at an on-line store?
I mean 50 or 100 could be ok.
Thanks
Luca
Are you saying it doesn't matter the voltage?I don't believe anyone said it was 33 volts. The voltage is not
important as long as it's above the supply voltage. You will probably
have a hard time finding a 1000 pF, 2% polystyrene at any voltage,
because that's a close tolerance. So if it's a 100 volt or 250 volt or
whatever, use it as long as it's above the supply voltage.
Yep, so he says. And he is completely right. As long as the capacitorAre you saying it doesn't matter the voltage?
I mean, this capacitor was put in series with other resistors in a hi-end
interconnect cable connecting the screen to the center conductor (the screen
appeared to be also connected to the outer conductor).
Do you think the voltage of the capacitor doesn't matter at all?
Well, you were extremely clear.Yep, so he says. And he is completely right. As long as the capacitor
can handle the voltage, it is not really interesting how much more
voltage it can handle... kinda like wire insulation. If you need
insulation that can take 12V, you don't bloody care if it can take 100V,
since that means it takes 12 fine...
Yep, so he says. And he is completely right. As long as the capacitor
can handle the voltage, it is not really interesting how much more
voltage it can handle... kinda like wire insulation. If you need
insulation that can take 12V, you don't bloody care if it can take 100V,
since that means it takes 12 fine...
Well, you were extremely clear.
Thanks a lot.
Just one question more.
Someone says we are talking about 33pf and someone about 1000pf aka .001uf
aka1 nf.
Which version do you suggest?
The 33pf or the 1000pf one?
The one that is correct... Look up in the schema.
Higher voltage gives more safety margin. As long as it will fit in the"Watson A.Name - "Watt Sun, the Dark Remover""
I don't believe anyone said it was 33 volts. The voltage is not
important as long as it's above the supply voltage. You will
probably
have a hard time finding a 1000 pF, 2% polystyrene at any voltage,
because that's a close tolerance. So if it's a 100 volt or 250 volt
or
whatever, use it as long as it's above the supply voltage.
Are you saying it doesn't matter the voltage?
I mean, this capacitor was put in series with other resistors in a
hi-end
interconnect cable connecting the screen to the center conductor (the
screen
appeared to be also connected to the outer conductor).
Do you think the voltage of the capacitor doesn't matter at all?
Thanks
Luca
We thought we made that abundantly clear to you. The 102 stands for 10Yep, so he says. And he is completely right. As long as the
capacitor
can handle the voltage, it is not really interesting how much more
voltage it can handle... kinda like wire insulation. If you need
insulation that can take 12V, you don't bloody care if it can take
100V,
since that means it takes 12 fine...
Well, you were extremely clear.
Thanks a lot.
Just one question more.
Someone says we are talking about 33pf and someone about 1000pf aka
..001uf
aka1 nf.
Which version do you suggest?
The 33pf or the 1000pf one?
Thanks