VS said:
The value at 10Khz of < 3 X10-4 is for values ( quoting Wima )C<1000pF ....
The value in the same table for 4700pF<C<0.033µF is < 4 x 10-4
The value from Philips are from a 162 nF 63 Volt polystyrene capacitor..😎
Just an example:
http://www.mundorf.com/english/bauteile/frkondensator.htm
Polypropylen
tinfoil 0,1 - 4,7 µF
100/250 VDC
tan d: 0.00002 at 1kHz
tan d: 0.00001 at 10kHz
Do you give up ? 😀
http://www.mundorf.com/english/bauteile/frkondensator.htm
Polypropylen
tinfoil 0,1 - 4,7 µF
100/250 VDC
tan d: 0.00002 at 1kHz
tan d: 0.00001 at 10kHz
Do you give up ? 😀
VS said:
Of course!....As the Mundorf data sheets ,are so reliable as Philips I , can only claim:
- Mundorf capacitors are the best capacitors in town!!!...
Cheers!
PS: For good night reading try:
http://my.execpc.com/~endlr/film.html
I have that link already, but thanks anyway!
A good source of information you could take a look:
http://ldsg.snippets.org/appdx-ec.php3#CAPRECS
Regards,
VS
A good source of information you could take a look:
http://ldsg.snippets.org/appdx-ec.php3#CAPRECS
Regards,
VS
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