Nanofarad (nF) to Coulomb per volt (C/V) converter
Nanofarad (nF) to Coulomb per volt (C/V) converter
Converting from Nanofarad (nF) to Coulomb per volt (C/V) in Electric capacitance
What is Nanofarad (nF)
Nanofarad (nF) is a unit of measurement for electric capacitance. It represents one billionth of a farad (F), which is a standard unit for capacitance in the International System of Units (SI). Nanofarads are commonly used to measure small capacitance values in electronic components.
What is Coulomb per volt (C/V)
Coulomb per volt (C/V) is another unit used to measure electric capacitance. It describes the amount of charge in coulombs that can be stored per volt of electric potential difference across a capacitor. C/V is derived from the basic unit of charge, the coulomb, and the unit of electric potential, the volt.
Conversion Formulas
The default conversion between nanofarads (nF) and coulombs per volt (C/V) is given by:
1(nF)=0.000000001(C/V)
1(C/V)=1000000000(nF)
Examples
- 5 (nF) = 0.000000005 (C/V)
- 5 (C/V) = 5000000000 (nF)
- 9 (nF) = 0.000000009 (C/V)
- 9 (C/V) = 9000000000 (nF)
- 12 (nF) = 0.000000012 (C/V)
- 12 (C/V) = 12000000000 (nF)
This article aims to assist in converting between nanofarads and coulombs per volt effectively in the context of electric capacitance.
Nanofarad to Coulomb per volt conversion table
nF to C/V conversion table
Nanofarad (nF) | Coulomb per volt (C/V) |
---|---|
0.01 nF | 0.00000000001 C/V |
0.1 nF | 0.0000000001 C/V |
1 nF | 0.000000001 C/V |
2 nF | 0.000000002 C/V |
3 nF | 0.000000003 C/V |
4 nF | 0.000000004 C/V |
5 nF | 0.000000005 C/V |
6 nF | 0.000000006 C/V |
7 nF | 0.000000007 C/V |
8 nF | 0.000000008 C/V |
9 nF | 0.000000009 C/V |
10 nF | 0.00000001 C/V |
10 nF | 0.00000001 C/V |
20 nF | 0.00000002 C/V |
30 nF | 0.00000003 C/V |
40 nF | 0.00000004 C/V |
50 nF | 0.00000005 C/V |
60 nF | 0.00000006 C/V |
70 nF | 0.00000007 C/V |
80 nF | 0.00000008 C/V |
90 nF | 0.00000009 C/V |
100 nF | 0.0000001 C/V |
1 000 nF | 0.000001 C/V |
2 000 nF | 0.000002 C/V |
3 000 nF | 0.000003 C/V |
4 000 nF | 0.000004 C/V |
5 000 nF | 0.000005 C/V |
6 000 nF | 0.000006 C/V |
7 000 nF | 0.000007 C/V |
8 000 nF | 0.000008 C/V |
9 000 nF | 0.000009 C/V |
10 000 nF | 0.00001 C/V |