Electric Conductance

Convert microsiemens to siemens

1 microsiemens equals 0.000001 siemens. Enter a value below to convert instantly.

1 µS
0.000001 S

Multiply the number of microsiemens by 0.000001 to get siemens. How this is calculated

Need the other direction? Convert siemens to microsiemens →

Formula

Multiply the number of microsiemens by 0.000001 to get siemens.

Step by step

  1. Start with 1 µS.
  2. Multiply by the conversion factor 0.000001.
  3. 1 × 0.000001 = 0.000001 S.

Microsiemens to Siemens conversion table

Conversion table from Microsiemens to Siemens
Microsiemens (µS) Siemens (S)
1 0.000001
2 0.000002
5 0.000005
10 0.00001
20 0.00002
50 0.00005
100 0.0001

Convert Microsiemens to other electric conductance units

1 µS expressed in every other electric conductance unit on this site.

  • Siemens S 0.000001
  • Megasiemens MS 1e-12
  • Kilosiemens kS 1e-9
  • Millisiemens mS 0.001
  • Nanosiemens nS 1,000
  • Picosiemens pS 1,000,000
  • Mho 0.000001
  • Millimho m℧ 0.001
  • Micromho µ℧ 1
  • Ampere per Volt A/V 0.000001
  • Abmho ab℧ 1e-15
  • Statmho stat℧ 898,755.18
  • Quantized Hall Conductance G₀ 0.025812806

About the microsiemens

The microsiemens (µS) is a SI unit of electric conductance. Water conductivity is usually reported in microsiemens per centimeter.

About the siemens

The siemens (S) is a SI unit of electric conductance.

Where this conversion is used

Converting microsiemens to siemens comes up when water-quality testing, semiconductor datasheets, and circuit analysis. The mho is the same size as the siemens; only the name changed.

Related conversions

Frequently asked questions

How many siemens are in a microsiemens?

One microsiemens equals 0.000001 siemens.

How do you convert microsiemens to siemens?

Multiply the number of microsiemens by 0.000001 to get siemens.

What is 1 siemens in microsiemens?

One siemens equals 1,000,000 microsiemens.

When would I convert microsiemens to siemens?

This conversion is common when water-quality testing, semiconductor datasheets, and circuit analysis.

Conversion factors are based on internationally agreed unit definitions. See our methodology and sources for details on how these values are verified.