Capacitance

Convert pf to uf

1 picofarad equals 0.000001 microfarads. Enter a value below to convert instantly.

1 pF
0.000001 µF

Multiply the number of picofarads by 0.000001 to get microfarads. How this is calculated

Need the other direction? Convert microfarad to picofarad →

Formula

Multiply the number of picofarads by 0.000001 to get microfarads.

Step by step

  1. Start with 1 pF.
  2. Multiply by the conversion factor 0.000001.
  3. 1 × 0.000001 = 0.000001 µF.

Picofarads to Microfarads conversion table

Conversion table from Picofarads to Microfarads
Picofarads (pF) Microfarads (µF)
1 0.000001
2 0.000002
5 0.000005
10 0.00001
22 0.000022
47 0.000047
100 0.0001
470 0.00047

Convert Picofarad to other capacitance units

1 pF expressed in every other capacitance unit on this site.

  • Farad F 1e-12
  • Kilofarad kF 1e-15
  • Millifarad mF 1e-9
  • Microfarad µF 0.000001
  • Nanofarad nF 0.001
  • Femtofarad fF 1,000
  • Coulomb per Volt C/V 1e-12
  • Exafarad EF 1e-30
  • Petafarad PF 1e-27
  • Terafarad TF 1e-24
  • Megafarad MF 1e-18
  • Hectofarad hF 1e-14
  • Dekafarad daF 1e-13
  • Decifarad dF 1e-11
  • Centifarad cF 1e-10
  • Attofarad aF 1,000,000
  • Abfarad abF 1e-21
  • Statfarad statF 0.89875518
  • Centimeter (capacitance) cm 0.89875518

About the picofarad

The picofarad (pF) is a SI unit of capacitance.

About the microfarad

The microfarad (µF) is a SI unit of capacitance. The most common rating for electrolytic and film capacitors.

Where this conversion is used

Converting picofarads to microfarads comes up when filter design, power supplies, timing circuits, and touch sensing.

Related conversions

Frequently asked questions

How many microfarads are in a picofarad?

One picofarad equals 0.000001 microfarads.

How do you convert picofarads to microfarads?

Multiply the number of picofarads by 0.000001 to get microfarads.

What is 1 microfarad in picofarads?

One microfarad equals 1,000,000 picofarads.

When would I convert picofarads to microfarads?

This conversion is common when filter design, power supplies, timing circuits, and touch sensing.

Conversion factors are based on internationally agreed unit definitions. See our methodology and sources for details on how these values are verified.