Help ID this Electronic Part

[SVEN1]

Dag nab it cat jumped on my work bench..............

Anyways, help, where can I get one of these, what is it?

Pictures show front & back sides
Thanks

[o.mag]

hi
condensateur 470nf 63V

olivier

[SVEN1]

Just wanted to make sure

It is what I thought, I am correct??
Thanks again
Mouser Part #: 539-168474J63H-F
http://www.mouser.com/Search/Product...%252b7zmhic%3d

[Götz von Berlichingen]

It is what I thought, I am correct??
Thanks again
Mouser Part #: 539-168474J63H-F
http://www.mouser.com/Search/Product...%252b7zmhic%3d

The Mouser Part looks like a perfect Replacement.

[porkluvr]

It is what I thought, I am correct??
Thanks again
Mouser Part #: 539-168474J63H-F
http://www.mouser.com/Search/Product...%252b7zmhic%3d

I'm not so sure about that value you were told. It looks like .047u (47nF) to me. It is NOT 470nF or .47uF.

47j63 = 47nF, +/-5%, 63V

So, it could be replaced with a 539-168473j63.

[nakky]

I think it is u.47 is 0.47 is 470n .Grt Nakky.

[porkluvr]

I think it is u.47 is 0.47 is 470n .Grt Nakky.

You might be right.
(darn sneaky the way they express powers of ten, decimal places and the like)

[Götz von Berlichingen]

I searched for Information about the CS4PI today.
Take a good Look at the Capacitors... there is u47 and 47n.
http://geotech1.com/forums/showpost....7&postcount=20

[porkluvr]

I searched for Information about the CS4PI today.
Take a good Look at the Capacitors... there is u47 and 47n.
http://geotech1.com/forums/showpost....7&postcount=20

Plain as day. You were right, I was wrong. I should have known better than to buck a concensus, but in my mind that "u47" looked like a slightly deformed "M47". (Ummh, bad glasses?)

[galaksi]

u47j63

u47j63
.470uF = 470nF j63 = 63v bipolar Polyester film capacitors

[SVEN1]

Thanks,
For a minute I thought I ordered the wrong part from Mouser.
I ordered the .47

Found a site that helped clear the issue.
http://www.hqelektronik.hu/info/en/c470n___63_mkt1.html

[Max]

Dag nab it cat jumped on my work bench..............

Anyways, help, where can I get one of these, what is it?

Pictures show front & back sides
Thanks

quite easy and already answered I see.... but tolerance ??? : 0.47 uF (= 470nF), 63V, +-5% tolerance - poly cap

Kind regards,
Max

[porkluvr]

Off the top off my (fuzzy) head sometimes these codes are used for capacitor tolerances:
G=1% (??? not shure)
H=2%
J=5%
K=10%
M=20%
I don't know if this is world-wide standard but I'm pretty sure it's valid in US and parts of Europe

[Max]

Off the top off my (fuzzy) head sometimes these codes are used for capacitor tolerances:
G=1% (??? not shure)
H=2%
J=5%
K=10%
M=20%
I don't know if this is world-wide standard but I'm pretty sure it's valid in US and parts of Europe

Hi,
yes it is. J,K,M are most common in cheap parts. All US, Western Europe and Japan made parts follow that rules for tolerance.

Of course, today, most of that things like poly caps are distributed around the world by big companies but big part are made in China... for obvious reasons!

Plastic melting is not exactly what we call ecologic way to electronics....

But sure "someone" else in the silicon valley is not much more clean ... I mean they waste tons of water per chip produced ! Guess who....

Kind regards,
Max

[SVEN1]

Found out that it is 5%