Capacitance Converter

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To:

Result: 1 farad (f) = 1000000 microfarads (μf)

Round to:

Popular Capacitance Conversions

All available capacitance units for conversion:

farad [F]
1 farad [F] = 1000000 microfarad [μF]
microfarad to farad, farad to microfarad
1 farad [F] = 1000000000 nanofarad [nF]
nanofarad to farad, farad to nanofarad
1 farad [F] = 1e+12 picofarad [pF]
picofarad to farad, farad to picofarad
1 farad [F] = 1000 millifarad [mF]
millifarad to farad, farad to millifarad
1 farad [F] = 1e+15 femtofarad [fF]
femtofarad to farad, farad to femtofarad
1 farad [F] = 1e+18 attofarad [aF]
attofarad to farad, farad to attofarad
1 farad [F] = 1e+21 zeptofarad [zF]
zeptofarad to farad, farad to zeptofarad
1 farad [F] = 1e+24 yoctofarad [yF]
yoctofarad to farad, farad to yoctofarad
1 kilofarad [kF] = 1000 farad [F]
kilofarad to farad, farad to kilofarad
1 megafarad [MF] = 1000000 farad [F]
megafarad to farad, farad to megafarad
1 abfarad [abF] = 1000000000 farad [F]
abfarad to farad, farad to abfarad
1 farad [F] = 898755178576 statfarad [statF]
statfarad to farad, farad to statfarad

Capacitance measures ability to store electric charge. Fundamental component in electronics, power systems, and energy storage applications.

Capacitance (C) in farads (F). C = Q/V. Most practical capacitors measured in microfarads (µF) or picofarads (pF).

Capacitor energy: E = ½CV². Supercapacitors store significant energy. Power factor correction uses large capacitors.

Capacitive reactance: Xc = 1/(2πfC). Lower impedance at higher frequencies. AC coupling and filtering applications.

Power factor correction, energy storage, filtering, timing circuits, and motor starting.

Electrolytic capacitors: µF range. Ceramic capacitors: nF-pF range. Supercapacitors: farads. Mind polarity on electrolytics.