Microsiemens Conversion

The microsiemens is a unit used to measure electrical conductance. Use one of the conversion calculators below to convert to another unit of measure, or read on to learn more about microsiemens.

Microsiemens Conversion Calculators

Choose a unit of electrical conductance to convert to.

SI Units
Convert microsiemens to siemens
1 microsiemens is equal to 1.0E-6 siemens
Convert microsiemens to millisiemens
1 microsiemens is equal to 0.001 millisiemens
Convert microsiemens to kilosiemens
1 microsiemens is equal to 1.0E-9 kilosiemens
Convert microsiemens to megasiemens
1 microsiemens is equal to 1.0E-12 megasiemens
Metre-Kilogram-Second Units
Convert microsiemens to mhos
1 microsiemens is equal to 1.0E-6 mhos
Convert microsiemens to micromhos
1 microsiemens is equal to 1 micromho
Centimetre–Gram–Second Units
Convert microsiemens to abmhos
1 microsiemens is equal to 1.0E-15 abmhos
Convert microsiemens to statmhos
1 microsiemens is equal to 899,000 statmhos

Microsiemens Definition and Usage

The microsiemens is the SI defined unit equal to the micromho. One microsiemens is the electrical conductance equal to 1/1,000,000 of a siemens, which is equal to one ampere per volt.

The microsiemens is a multiple of the siemens, which is the SI derived unit for electrical conductance. In the metric system, "micro" is the prefix for 10-6. Microsiemens can be abbreviated as μS, for example 1 microsiemens can be written as 1 μS.

Microsiemens Measurement Conversion Table

Common microsiemens values and equivalent imperial and metric electrical conductance measurements
microsiemens siemens millisiemens kilosiemens megasiemens mhos micromhos abmhos statmhos
1 μS 0.000001 S 0.001 mS 0.000000001 kS 0.000000000001 MS 0.000001 ℧ 1 μ℧ 0.000000000000001 ab℧ 899,000 st℧
2 μS 0.000002 S 0.002 mS 0.000000002 kS 0.000000000002 MS 0.000002 ℧ 2 μ℧ 0.000000000000002 ab℧ 1,798,000 st℧
3 μS 0.000003 S 0.003 mS 0.000000003 kS 0.000000000003 MS 0.000003 ℧ 3 μ℧ 0.000000000000003 ab℧ 2,697,000 st℧
4 μS 0.000004 S 0.004 mS 0.000000004 kS 0.000000000004 MS 0.000004 ℧ 4 μ℧ 0.000000000000004 ab℧ 3,596,000 st℧
5 μS 0.000005 S 0.005 mS 0.000000005 kS 0.000000000005 MS 0.000005 ℧ 5 μ℧ 0.000000000000005 ab℧ 4,495,000 st℧
6 μS 0.000006 S 0.006 mS 0.000000006 kS 0.000000000006 MS 0.000006 ℧ 6 μ℧ 0.000000000000006 ab℧ 5,394,000 st℧
7 μS 0.000007 S 0.007 mS 0.000000007 kS 0.000000000007 MS 0.000007 ℧ 7 μ℧ 0.000000000000007 ab℧ 6,293,000 st℧
8 μS 0.000008 S 0.008 mS 0.000000008 kS 0.000000000008 MS 0.000008 ℧ 8 μ℧ 0.000000000000008 ab℧ 7,192,000 st℧
9 μS 0.000009 S 0.009 mS 0.000000009 kS 0.000000000009 MS 0.000009 ℧ 9 μ℧ 0.000000000000009 ab℧ 8,091,000 st℧
10 μS 0.00001 S 0.01 mS 0.00000001 kS 0.00000000001 MS 0.00001 ℧ 10 μ℧ 0.00000000000001 ab℧ 8,990,000 st℧
11 μS 0.000011 S 0.011 mS 0.000000011 kS 0.000000000011 MS 0.000011 ℧ 11 μ℧ 0.000000000000011 ab℧ 9,889,000 st℧
12 μS 0.000012 S 0.012 mS 0.000000012 kS 0.000000000012 MS 0.000012 ℧ 12 μ℧ 0.000000000000012 ab℧ 10,788,000 st℧
13 μS 0.000013 S 0.013 mS 0.000000013 kS 0.000000000013 MS 0.000013 ℧ 13 μ℧ 0.000000000000013 ab℧ 11,687,000 st℧
14 μS 0.000014 S 0.014 mS 0.000000014 kS 0.000000000014 MS 0.000014 ℧ 14 μ℧ 0.000000000000014 ab℧ 12,586,000 st℧
15 μS 0.000015 S 0.015 mS 0.000000015 kS 0.000000000015 MS 0.000015 ℧ 15 μ℧ 0.000000000000015 ab℧ 13,485,000 st℧
16 μS 0.000016 S 0.016 mS 0.000000016 kS 0.000000000016 MS 0.000016 ℧ 16 μ℧ 0.000000000000016 ab℧ 14,384,000 st℧
17 μS 0.000017 S 0.017 mS 0.000000017 kS 0.000000000017 MS 0.000017 ℧ 17 μ℧ 0.000000000000017 ab℧ 15,283,000 st℧
18 μS 0.000018 S 0.018 mS 0.000000018 kS 0.000000000018 MS 0.000018 ℧ 18 μ℧ 0.000000000000018 ab℧ 16,182,000 st℧
19 μS 0.000019 S 0.019 mS 0.000000019 kS 0.000000000019 MS 0.000019 ℧ 19 μ℧ 0.000000000000019 ab℧ 17,081,000 st℧
20 μS 0.00002 S 0.02 mS 0.00000002 kS 0.00000000002 MS 0.00002 ℧ 20 μ℧ 0.00000000000002 ab℧ 17,980,000 st℧

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