Micromhos to Microsiemens Conversion (μ℧ to μS)

Micromhos to Microsiemens Converter

Enter the electrical conductance in micromhos below to convert it to microsiemens.

Result in Microsiemens:

1 μ℧ = 1 μS

How to Convert Micromhos to Microsiemens

To convert a measurement in micromhos to a measurement in microsiemens, divide the electrical conductance by the following conversion ratio: 1 micromhos/microsiemens.

Since one microsiemens is equal to 1 micromho, you can use this simple formula to convert:

microsiemens = micromhos ÷ 1

The electrical conductance in microsiemens is equal to the electrical conductance in micromhos divided by 1.

For example, here's how to convert 5 micromhos to microsiemens using the formula above.

microsiemens = (5 μ℧ ÷ 1) = 5 μS

How Many Microsiemens Are in a Micromho?

There are 1 microsiemens in a micromho, which is why we use this value in the formula above.

1 μ℧ = 1 μS

Micromhos and microsiemens are both units used to measure electrical conductance. Keep reading to learn more about each unit of measure.

What Is a Micromho?

The micromho is a unit of electrical conductance equal to 1/1,000,000 of a mho, which is the reciprocal of the resistance in ohms. One micromho is equal to one microsiemens.

In the metric system, "micro" is the prefix for millionths, or 10^-6. A micromho is sometimes also referred to as a gemmho. Micromhos can be abbreviated as μ℧; for example, 1 micromho can be written as 1 μ℧.

Learn more about micromhos.

What Is a Microsiemens?

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 millionths, or 10^-6. Microsiemens can be abbreviated as μS; for example, 1 microsiemens can be written as 1 μS.

Learn more about microsiemens.

Micromho to Microsiemens Conversion Table

Table showing various micromho measurements converted to microsiemens.
Micromhos	Microsiemens
1 μ℧	1 μS
2 μ℧	2 μS
3 μ℧	3 μS
4 μ℧	4 μS
5 μ℧	5 μS
6 μ℧	6 μS
7 μ℧	7 μS
8 μ℧	8 μS
9 μ℧	9 μS
10 μ℧	10 μS
11 μ℧	11 μS
12 μ℧	12 μS
13 μ℧	13 μS
14 μ℧	14 μS
15 μ℧	15 μS
16 μ℧	16 μS
17 μ℧	17 μS
18 μ℧	18 μS
19 μ℧	19 μS
20 μ℧	20 μS
21 μ℧	21 μS
22 μ℧	22 μS
23 μ℧	23 μS
24 μ℧	24 μS
25 μ℧	25 μS
26 μ℧	26 μS
27 μ℧	27 μS
28 μ℧	28 μS
29 μ℧	29 μS
30 μ℧	30 μS
31 μ℧	31 μS
32 μ℧	32 μS
33 μ℧	33 μS
34 μ℧	34 μS
35 μ℧	35 μS
36 μ℧	36 μS
37 μ℧	37 μS
38 μ℧	38 μS
39 μ℧	39 μS
40 μ℧	40 μS

Table showing various micromho measurements converted to microsiemens.

Micromhos

Microsiemens

1 μ℧

1 μS

2 μ℧

2 μS

3 μ℧

3 μS

4 μ℧

4 μS

5 μ℧

5 μS

6 μ℧

6 μS

7 μ℧

7 μS

8 μ℧

8 μS

9 μ℧

9 μS

10 μ℧

10 μS

11 μ℧

11 μS

12 μ℧

12 μS

13 μ℧

13 μS

14 μ℧

14 μS

15 μ℧

15 μS

16 μ℧

16 μS

17 μ℧

17 μS

18 μ℧

18 μS

19 μ℧

19 μS

20 μ℧

20 μS

21 μ℧

21 μS

22 μ℧

22 μS

23 μ℧

23 μS

24 μ℧

24 μS

25 μ℧

25 μS

26 μ℧

26 μS

27 μ℧

27 μS

28 μ℧

28 μS

29 μ℧

29 μS

30 μ℧

30 μS

31 μ℧

31 μS

32 μ℧

32 μS

33 μ℧

33 μS

34 μ℧

34 μS

35 μ℧

35 μS

36 μ℧

36 μS

37 μ℧

37 μS

38 μ℧

38 μS

39 μ℧

39 μS

40 μ℧

40 μS