Need ordering info....

Pengo13

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I don't think that I'm searching correctly. Any leads is appreciated.

I'm looking a YPN 153J 630V N15 cap as pictures.
 

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I don't think that I'm searching correctly. Any leads is appreciated.

I'm looking a YPN 153J 630V N15 cap as pictures.

that should be a .015uf 630v (J) which is 5% tolorance (corrected for future viewers)
 
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Is that the same as 630v 103pF J? This is what I found on the manual but seems to differ from what's printed on the cap. Maybe I'm reading it wrong.

Thanks for your help


that should be a .15uf 630v (J) which is 5% tolorance
 
It's 15nF 630V.

You should also pay attention to the spacing across the leads or you may end up with something that won't fit the board. In your case I think it's 22.5mm but you want to double check it.
 
Thanks again



It's 15nF 630V.

You should also pay attention to the spacing across the leads or you may end up with something that won't fit the board. In your case I think it's 22.5mm but you want to double check it.
 
0.015 uF / MFD OR 15 nF OR 15000 pF (MMFD) (all three have the same capacitance value but all three are just expressed in different grades of the Farad SI unit.)

all of the above are the same your only moving the decimal to read it in pico-farad (pF) OR nano-farad (nF) OR mikro-farad (mF,uF eller mfd) which all three above are the same value of capacitor. look at Table 3 on the link which hopefully explains it better. http://kaizerpowerelectronics.dk/theory/capacitor-code-table/


yes the link is the correct one you need http://www.digikey.com/product-detai...591-ND/1647872
 
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Appreciate the information. So it looks like the below link is the correct capacitor to order. Correct me if I'm wrong. Thanks

http://www.digikey.com/product-detail/en/epcos-tdk/B32613A1153J008/495-3591-ND/1647872




0.015 uF / MFD OR 15 nF OR 15000 pF (MMFD) (all three have the same capacitance value but all three are just expressed in different grades of the Farad SI unit.)

all of the above are the same your only moving the decimal to read it in pico-farad (pF) OR nano-farad (nF) OR mikro-farad (mF,uF eller mfd) which all three above are the same value of capacitor. look at Table 3 on the link which hopefully explains it better. http://kaizerpowerelectronics.dk/theory/capacitor-code-table/


yes the link is the correct one you need http://www.digikey.com/product-detai...591-ND/1647872
 
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