Convert Kilovolt-centimetres to Nanovolt-metres
Convert Kilovolt-centimetres (kV·cm) to Nanovolt-metres (nV·m) instantly and accurately.
Conversion Formula
nV·m = kV·cm × 10000000000
About Kilovolt-centimetres
The kilovolt-centimetre (kV·cm) equals 10³ V × 0.01 m = 10 V·m. In power device characterisation where field strengths are in kV/cm (typical dielectric breakdown is 3-30 kV/cm) and areas in cm², the kV·cm is the natural flux unit; SiC MOSFET blocking-layer flux integrals are in the kV·cm range. 1 kV·cm = 10 V·m = 10³ V·cm.
About Nanovolt-metres
The nanovolt-metre (nV·m) equals 10⁻⁹ V·m, the scale for precision weak-field sensors. Electric flux through a 1 cm² sensor in a 10 µV/m electromagnetic background is ≈1 nV·m; flux detected by cryogenic SQUID-based electrometer preamplifiers operates in the nV·m range. 1 nV·m = 10⁻⁹ V·m = 10⁻³ µV·m.
Quick Reference Table
| Kilovolt-centimetres (kV·cm) | Nanovolt-metres (nV·m) |
|---|---|
| 1 kV·cm | 1 × 1010 nV·m |
| 2 kV·cm | 2 × 1010 nV·m |
| 5 kV·cm | 5 × 1010 nV·m |
| 10 kV·cm | 1 × 1011 nV·m |
| 25 kV·cm | 2.5 × 1011 nV·m |
| 50 kV·cm | 5 × 1011 nV·m |
| 100 kV·cm | 1 × 1012 nV·m |