Nanofarad (nF) to Hectofarad (hF) converter
Nanofarad (nF) to Hectofarad (hF) converter
Converting from Nanofarad (nF) to Hectofarad (hF) | Electric capacitance
What is Nanofarad (nF)
Nanofarad (nF) is a unit of measurement for electric capacitance. It represents one billionth of a farad. Nanofarads are commonly used in electronics to measure small capacitance values.
What is Hectofarad (hF)
Hectofarad (hF) is another unit of electric capacitance. It is equivalent to 100 farads and is used to measure large capacitance values. Hectofarads are typically used in high-power applications like energy storage systems.
Conversion Formulas
To convert from nanofarads to hectofarads and vice versa, you can use the following formulas:
1(nF)=0.00000000001(hF)
1(hF)=100000000000(nF)
Examples
- 15 (nF) = 0.00000000015 (hF)
- 15 (hF) = 1500000000000 (nF)
- 9 (nF) = 0.00000000009 (hF)
- 9 (hF) = 900000000000 (nF)
- 14 (nF) = 0.00000000014 (hF)
- 14 (hF) = 1400000000000 (nF)
Use this page for a quick and easy way to perform conversions between nanofarads and hectofarads for your electrical capacitance calculations.
Nanofarad to Hectofarad conversion table
nF to hF conversion table
Nanofarad (nF) | Hectofarad (hF) |
---|---|
0.01 nF | 0.0000000000001 hF |
0.1 nF | 0.000000000001 hF |
1 nF | 0.00000000001 hF |
2 nF | 0.00000000002 hF |
3 nF | 0.00000000003 hF |
4 nF | 0.00000000004 hF |
5 nF | 0.00000000005 hF |
6 nF | 0.00000000006 hF |
7 nF | 0.00000000007 hF |
8 nF | 0.00000000008 hF |
9 nF | 0.00000000009 hF |
10 nF | 0.0000000001 hF |
10 nF | 0.0000000001 hF |
20 nF | 0.0000000002 hF |
30 nF | 0.0000000003 hF |
40 nF | 0.0000000004 hF |
50 nF | 0.0000000005 hF |
60 nF | 0.0000000006 hF |
70 nF | 0.0000000007 hF |
80 nF | 0.0000000008 hF |
90 nF | 0.0000000009 hF |
100 nF | 0.000000001 hF |
1 000 nF | 0.00000001 hF |
2 000 nF | 0.00000002 hF |
3 000 nF | 0.00000003 hF |
4 000 nF | 0.00000004 hF |
5 000 nF | 0.00000005 hF |
6 000 nF | 0.00000006 hF |
7 000 nF | 0.00000007 hF |
8 000 nF | 0.00000008 hF |
9 000 nF | 0.00000009 hF |
10 000 nF | 0.0000001 hF |
Electric capacitance conversion