The first one, .027 microfarads is indeed 27000 pF.
The .082 is 82000 pF.
The .001 is 1000 pF.
To convert microfarads to picofarads you use a factor of 1 million, or 10 to the sixth power. These days, many use nanofarads, which uses a factor of 1000. So a .01 microfarad capacitor is 10 nanofarads, or 10000 picofarads. Just move the decimal point the required number of places, using zeros to fill gaps (or removing leading zeros) where appropriate.
The .082 is 82000 pF.
The .001 is 1000 pF.
To convert microfarads to picofarads you use a factor of 1 million, or 10 to the sixth power. These days, many use nanofarads, which uses a factor of 1000. So a .01 microfarad capacitor is 10 nanofarads, or 10000 picofarads. Just move the decimal point the required number of places, using zeros to fill gaps (or removing leading zeros) where appropriate.
I bought ceramic capacitor
for 0.027uf written on capacitor (( 2E273K ))
and another one for 0.082 (( 2G823K ))
is it right
and what dose 2E***K mean
ceramic capacitor
like this
green one
for 0.027uf written on capacitor (( 2E273K ))
and another one for 0.082 (( 2G823K ))
is it right
and what dose 2E***K mean
ceramic capacitor
like this
green one
An externally hosted image should be here but it was not working when we last tested it.
This capacitors is not ceramic All capacitors on a photo with a film insulator.
2E - may be type of insulator, K - capacitor may work up to 63 V
stop guessing! didn't you see my post above yours?
see attached data sheet
Attachments
For this type "K" for 63 Vdc.If I wasn't wrong, 2E for 250Vdc and
K for tol'+/-10%.
For 250 Vdc capacitor mast be more big.
Yes, but this capacitors are different type then in attached data sheet, It is low voltage capacitors.stop guessing! didn't you see my post above yours?
see attached data sheet
Your are right, I was mistaken. Excuse. I have found parametres of these capasitorsstop guessing! didn't you see my post above yours?
see attached data sheet
thanks alot....
some one say that i need electrolyte capacitor here 0.027uf not ceramic capacitor
???
i'm still have problem with this diagram ..... only with capacitor
please can you simplify as you can about what i need exactly type of capacitor from A to Z with this diagram and value
thank you
You can use available capacitors (represented on a photo in the message №5) in this scheme. 0.0027uF = 272, 0.027uF = 273, 0.082uF = 823, 0.1uF = 104, 0.01uF = 103... At other letters of capacitors marks do not look - this scheme is a low-voltage and does not demand special accuracy of capacity valuesthanks alot....
some one say that i need electrolyte capacitor here 0.027uf not ceramic capacitor
???
i'm still have problem with this diagram ..... only with capacitor
please can you simplify as you can about what i need exactly type of capacitor from A to Z with this diagram and value
thank you
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