Square centimeters per volt second to square meters per volt second
Type a value in cm²/(V·s) to get it in m²/(V·s) instantly.
0.14m²/(V·s)
That's about the same as electrons in silicon. In a field of 100 V/cm the carriers drift at about 1,400 m/s.
Convert the other way: m²/(V·s) to cm²/(V·s)
What it means
How fast do carriers move?
Mobility falls with temperature and with doping. Published figures are usually for lightly doped material at room temperature.
The math
How to convert cm²/(V·s) to m²/(V·s)
To convert square centimeters per volt second to square meters per volt second, multiply by 0.0001.
Example: 1,400 cm²/(V·s) × 0.0001 = 0.14 m²/(V·s).
In the other direction, 1 m²/(V·s) = 10,000 cm²/(V·s).
Every unit
Your mobility in every unit
Tables
cm²/(V·s) to m²/(V·s) conversion table
| cm²/(V·s) | m²/(V·s) |
|---|---|
| 0.001 cm²/(V·s) | 1×10⁻⁷ m²/(V·s) |
| 0.1 cm²/(V·s) | 1×10⁻⁵ m²/(V·s) |
| 1 cm²/(V·s) | 0.0001 m²/(V·s) |
| 10 cm²/(V·s) | 0.001 m²/(V·s) |
| 100 cm²/(V·s) | 0.01 m²/(V·s) |
| 500 cm²/(V·s) | 0.05 m²/(V·s) |
| 1,400 cm²/(V·s) | 0.14 m²/(V·s) |
| 3,900 cm²/(V·s) | 0.39 m²/(V·s) |
| 8,500 cm²/(V·s) | 0.85 m²/(V·s) |
| 77,000 cm²/(V·s) | 7.7 m²/(V·s) |
| 200,000 cm²/(V·s) | 20 m²/(V·s) |
m²/(V·s) to cm²/(V·s) conversion table
| m²/(V·s) | cm²/(V·s) |
|---|---|
| 0.001 m²/(V·s) | 10 cm²/(V·s) |
| 0.1 m²/(V·s) | 1,000 cm²/(V·s) |
| 1 m²/(V·s) | 10,000 cm²/(V·s) |
| 10 m²/(V·s) | 100,000 cm²/(V·s) |
| 100 m²/(V·s) | 1,000,000 cm²/(V·s) |
| 500 m²/(V·s) | 5,000,000 cm²/(V·s) |
| 1,400 m²/(V·s) | 14,000,000 cm²/(V·s) |
| 3,900 m²/(V·s) | 39,000,000 cm²/(V·s) |
| 8,500 m²/(V·s) | 85,000,000 cm²/(V·s) |
| 77,000 m²/(V·s) | 770,000,000 cm²/(V·s) |
| 200,000 m²/(V·s) | 2×10⁹ cm²/(V·s) |
Quick answers
Quick answers
- How many m²/(V·s) is 1 cm²/(V·s)?
- 1 cm²/(V·s) is 0.0001 m²/(V·s).
- How many m²/(V·s) is 10 cm²/(V·s)?
- 10 cm²/(V·s) is 0.001 m²/(V·s).
- How many m²/(V·s) is 1,400 cm²/(V·s)?
- 1,400 cm²/(V·s) is 0.14 m²/(V·s).
The units
About these units
Square centimeters per volt second (cm²/(V·s))
The standard unit in semiconductor work.
Square meters per volt second (m²/(V·s))
The SI unit, ten thousand times larger.
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