Convert Reciprocal Siemens to Nanoohm

Type the number of reciprocal siemens that you wish to convert to nanoohms.

1 1/S (reciprocal siemens) = 1000000000(nanoohms)

How to Convert Reciprocal Siemens to Nanoohms

The reciprocal siemens and nanoohm are both units of electrical resistance. By definition, 1 reciprocal siemens equals exactly 1000000000 nanoohms. This means to convert reciprocal siemens to nanoohms, you multiply by 1000000000.

Formula

nanoohms = reciprocal siemens × 1000000000

Step-by-Step Example

Convert 5 1/S to nanoohms:

1
Convert 5 1/S to nanoohms

We need to convert reciprocal siemens to nanoohms

2
Apply the formula

Since 1 1/S = 1000000000 nΩ, multiply by 1000000000

5 × 1000000000 = 5000000000

Answer

5 1/S = 5000000000 nΩ

Reciprocal Siemens to Nanoohm Conversion Table

Quick reference table for common reciprocal siemens to nanoohm conversions. Click any value for detailed calculation.

Reciprocal Siemens (1/S) Nanoohms (nΩ)
0.1 1/S 100000000 nΩ
0.5 1/S 500000000 nΩ
1 1/S 1000000000 nΩ
2 1/S 2000000000 nΩ
5 1/S 5000000000 nΩ
10 1/S 10000000000 nΩ
25 1/S 25000000000 nΩ
50 1/S 50000000000 nΩ
100 1/S 100000000000 nΩ

About These Units

Reciprocal Siemens (1/S)

The ohm is the reciprocal of the siemens (S), the unit of conductance. Resistance R = 1/G where G is conductance. A 1 kΩ resistor has conductance of 0.001 S = 1 mS. Siemens was formerly called "mho" (ohm spelled backward). R(Ω) = 1/G(S).

Nanoohm (nΩ)

A nanoohm (nΩ) equals 10⁻⁹ ohms. Measures superconductor transition temperatures, extremely pure metals at cryogenic temperatures, and quantum resistance standards. Superconductors below critical temperature: effectively 0 nΩ.

Frequently Asked Questions

How do I convert reciprocal siemens to nanoohms?

To convert reciprocal siemens to nanoohms, multiply the value by 1000000000. For example, 10 1/S = 10000000000 nΩ.

How many nanoohms are in 1 reciprocal siemens?

1 reciprocal siemens equals 1000000000 nanoohms.

What is the formula for reciprocal siemens to nanoohms?

The formula is: nΩ = 1/S × 1000000000.