1 nF = 1000 pF
1 pF = 0.001 nF
This pF to nF converter tool will help you to quickly convert the capacitor unit of pF values to nF without any manual calculations. In electronics, the capacitor values are represents on different units and converting between them is essential for circuit design, repair and PCB related works. So this tool will provide you an instant and accurate results along with conversion formulas and conversion tables for easy understanding.
pF to nF Conversion Formula
Nano Farad (nF) = pF / 1000
nF to pF Conversion Formula
Pico Farad (pF) = nF x 1000
Example Calculation
- If you see 102 in a disc capacitor this will be 10,00pF to convert this to nF,
- nF = 1000pF / 1000 = 1nF
- The Box capacitor with 100nf which can be converted to pF value and it will be,
- pF = 100 x 1000 = 10,0000 pF = 104
pF to nF Conversion Table
| pF | nF |
|---|---|
| 10pF | 0.01nF |
| 22pF | 0.022nF |
| 33pF | 0.033nF |
| 47pF | 0.0047nF |
| 68pF | 0.0068nF |
| 100pF | 0.1nF |
| 150pF | 0.15nF |
| 220pF | 0.22nF |
| 330pF | 0.33nF |
| 470pF | 0.47nF |
| 680pF | 0.68nF |
| 820pF | 0.82nF |
| 1000pF | 1nF |
| 1500pF | 1.5nF |
| 2200pF | 2.2nF |
| 3300pf | 3.3nF |
| 4700pF | 4.7nF |
| 6800pF | 6.8nF |
| 10000pF | 10nF |
| 100000pF | 100nF |
What is pF (Picofarad)?
Picofarad is denoted as pF which is the small unit for measuring the capacitor capacitance value. Actually it is equal to 10-12 of farad. 1pF = 0.000000000001F = 10-12. in small capacitor like disc capacitor and film capacitor 3 digit represents the pF value, if the capacitor is labeled as 104 means after 10 the it has four zeros. 104 = 10,0000pF
What is nF (Nanofarad)?
The nano fard is also small unit for measuring the capacitor capacitance value. Which is equal to 10-9F. 1nF is equal to 0.000000001 F. In most of the Box type capacitor this nano farad value is used. if you see 100nf means it is about 0.0000001F. This type of capacitors are used in high frequency circuit and decoupling capacitor.
Where is pF to nF Conversion Used?
- Capacitor making.
- Component schematic drawing and simulation.
- RF and Amplifier circuit Designing.



