Conductance Converter
Convert electrical conductance units like siemens, mho.
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What is Conductance Converter?
Electrical conductance is the reciprocal of resistance — it measures how easily electric current flows through a material. High conductance means low resistance and vice versa. A conductance of 1 siemens means 1 ampere flows per volt applied.
Understanding the Units
Siemens (S)
The SI derived unit of electrical conductance. Equal to one ampere per volt (A/V) or 1/ohm.
Common Uses: Circuit analysis, electrochemistry, transistor gain (transconductance)
Mho (℧)
"Ohm" spelled backwards. Exactly equal to one siemens. Now deprecated in favour of siemens.
Common Uses: Older engineering texts and documentation
Conversion: 1 S = 1 ℧
Common Conversions
- 1 Siemens = 1 Mho (exact equivalents)
- 1 kΩ resistor has conductance of 1 mS (millisiemens)
- 1 MΩ resistor has conductance of 1 µS (microsiemens)
- Copper wire conductance: very high (near zero resistance)
Conversion Formulas
- Conductance = 1 ÷ Resistance (G = 1/R)
- Current = Voltage × Conductance (I = V × G)
- Parallel conductances add: G_total = G1 + G2 + ...
- Series conductances: 1/G_total = 1/G1 + 1/G2 + ...
Practical Examples
Electrochemistry: water purity measured by conductance (µS/cm)
Transistor transconductance (gm) in µS or mS determines amplifier gain
Soil conductance testing measures salinity for agricultural management
Higher conductance = lower resistance = easier current flow
When to Use Each Unit
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