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Electronics Repair (sci.electronics.repair) Discussion of repairing electronic equipment. Topics include requests for assistance, where to obtain servicing information and parts, techniques for diagnosis and repair, and annecdotes about success, failures and problems. |
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#1
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Help needed identifying capacitors
I've been trying to figure out these caps, but am having trouble with
the second lines on the orange ones and everything on the reddish one. The top lines on the orange caps should be the value (## & Multiplier), plus the tolerance code. Apparently the bottom lines are vendor specific, but I have no idea where to start. I've dug through some ceramic capacitor manufacturer's data sheets with no luck. Anyone have any idea? Thanks, drothe |
#2
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Help needed identifying capacitors
Obviously posting html code doesn't work... this is the link to the
full size image of the capacitors: http://img276.imageshack.us/my.php?image=caps7gx.jpg |
#3
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Help needed identifying capacitors
wrote in message ups.com... Obviously posting html code doesn't work... this is the link to the full size image of the capacitors: http://img276.imageshack.us/my.php?image=caps7gx.jpg The caps that you have posted pictures of, all have their values marked in standard nomenclature - that is digit one, digit 2, multiplier, for a value expressed in pF. So, the first one marked "154" is 150,000pF or 0.15uF. The second one is 100,000pF or 0.1uF and so on, down to the last one which is 100pF ie "1", "0" and then 1 zero. The same system applies to striped caps. The standard resistor colour code is used from the top down. So a cap marked yellow purple yellow is 470,000pF or 0.47uF. The remaining stripes are tolerance and voltage working. Try looking here for more info :- http://www.csgnetwork.com/capcccalc.html Arfa |
#4
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Help needed identifying capacitors
What?
That isn't html.. The html would be a href=http://img276.imageshack.us/my.php?image=caps7gx.jpg img src=http://img276.imageshack.us/img276/5113/caps7gx.th.jpg/a Although posting html in Usenet is usually frowned upon. - Mike wrote in message ups.com... Obviously posting html code doesn't work... this is the link to the full size image of the capacitors: http://img276.imageshack.us/my.php?image=caps7gx.jpg |
#5
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Help needed identifying capacitors
oops.. forgot the quotes ;-)
a href="http://img276.imageshack.us/my.php?image=caps7gx.jpg" img src="http://img276.imageshack.us/img276/5113/caps7gx.th.jpg"/a "Michael Kennedy" wrote in message . .. What? That isn't html.. The html would be Although posting html in Usenet is usually frowned upon. - Mike wrote in message ups.com... Obviously posting html code doesn't work... this is the link to the full size image of the capacitors: http://img276.imageshack.us/my.php?image=caps7gx.jpg |
#6
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Help needed identifying capacitors
Thanks for the help, what I really was trying to figure out were the
second lines on the orange caps (the line which looks something like "lH˙ll."), and the codes on the last cap (P101J and the "100.G:"). I'm not sure which character would be the tolerance code where it is marked P101J, and also what does the "100.G:" marking mean... Thanks, drothe Arfa Daily wrote: wrote in message ups.com... Obviously posting html code doesn't work... this is the link to the full size image of the capacitors: http://img276.imageshack.us/my.php?image=caps7gx.jpg The caps that you have posted pictures of, all have their values marked in standard nomenclature - that is digit one, digit 2, multiplier, for a value expressed in pF. So, the first one marked "154" is 150,000pF or 0.15uF. The second one is 100,000pF or 0.1uF and so on, down to the last one which is 100pF ie "1", "0" and then 1 zero. The same system applies to striped caps. The standard resistor colour code is used from the top down. So a cap marked yellow purple yellow is 470,000pF or 0.47uF. The remaining stripes are tolerance and voltage working. Try looking here for more info :- http://www.csgnetwork.com/capcccalc.html Arfa |
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