Microfarad to Attofarad Conversion | µF to aF - Domainconverters

Domainconverters > Electrostatic Capacitance Conversions > microfarad-conversion > microfarad to attofarad conversion

Use this µF to aF converter to convert capacitance values from microfarads to attofarads. 1 µF is equal to 1000000000000 attofarads. Enter input value and find out how many attofarads are in microfarads.



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Swap Conversion : aF to µF | attofarad to microfarad Conversion

Note : SI unit of Capacitance is Farad.

Symbol : microfarad - µF , attofarad - aF


Microfarads to Attofarads Conversion Formula

Value in attofarads = 1000000000000 X Value in microfarads .
i.e In Symbolic notation : aF = 1000000000000 x µF .


How to Convert Microfarad to Attofarad.

As we know that there are 1000000000000 attofarads in a microfarad ie. 1 microfarad is equal to 1000000000000 attofarads. So to convert microfarads to attofarads just multiply microfarads value with 1000000000000.

Let's see an example to convert 18 µF to aF :-

  1. As 1 microfarad = 1000000000000 attofarads.
  2. Therefore 18 microfarads equals 18 x 1000000000000 attofarads which comes out to be 18000000000000 attofarads.

Microfarads to Attofarads Conversion Chart & Table

Note: Change input values to generate chart according to your need.


microfarad to attofarad
10 µF 10000000000000 aF
20 µF 20000000000000 aF
30 µF 30000000000000 aF
40 µF 40000000000000 aF
50 µF 50000000000000 aF
60 µF 60000000000000 aF
70 µF 70000000000000 aF
80 µF 80000000000000 aF
90 µF 90000000000000 aF
100 µF 1.0E+14 aF
110 µF 1.1E+14 aF
120 µF 1.2E+14 aF
130 µF 1.3E+14 aF
140 µF 1.4E+14 aF
150 µF 1.5E+14 aF
160 µF 1.6E+14 aF
170 µF 1.7E+14 aF
180 µF 1.8E+14 aF
190 µF 1.9E+14 aF
200 µF 2.0E+14 aF
microfarad to attofarad
210 µF 2.1E+14 aF
220 µF 2.2E+14 aF
230 µF 2.3E+14 aF
240 µF 2.4E+14 aF
250 µF 2.5E+14 aF
260 µF 2.6E+14 aF
270 µF 2.7E+14 aF
280 µF 2.8E+14 aF
290 µF 2.9E+14 aF
300 µF 3.0E+14 aF
310 µF 3.1E+14 aF
320 µF 3.2E+14 aF
330 µF 3.3E+14 aF
340 µF 3.4E+14 aF
350 µF 3.5E+14 aF
360 µF 3.6E+14 aF
370 µF 3.7E+14 aF
380 µF 3.8E+14 aF
390 µF 3.9E+14 aF
400 µF 4.0E+14 aF