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... Quantized Hall conductance = ... Siemens
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Quantized Hall conductance to Siemens Converter
Use this page to convert quantized hall conductance values into siemens, with background details, formulas, a worked example, and a quick conversion table.
Conversion formula
1 R_K^-1 = 0.0000387404586493182 S
1 S = 25,812.8074593045 R_K^-1
Example: 0.01 R_K^-1 = 0.000000387404586493182 S
Quantized Hall conductance
One quantized Hall conductance is equal to e^2/h siemens, the inverse of the von Klitzing constant.
History: Quantized Hall conductance is tied to the quantum Hall effect and fundamental constants.
Current use: Used in precision metrology, quantum electrical standards, and condensed matter physics.
Also written as R_K^-1.
Siemens
Siemens measures electrical conductance, the reciprocal of resistance.
History: The siemens is named after Werner von Siemens and replaced the older name mho.
Current use: Used in circuits, conductors, sensors, electrolytes, power systems, and electrical measurements.
Also written as S.
Quantized Hall conductance to Siemens table
| Quantized Hall conductance [R_K^-1] | Siemens [S] |
|---|---|
| 0.01 R_K^-1 | 0.000000387404586493182 S |
| 0.1 R_K^-1 | 0.00000387404586493182 S |
| 1 R_K^-1 | 0.0000387404586493182 S |
| 2 R_K^-1 | 0.0000774809172986365 S |
| 5 R_K^-1 | 0.000193702293246591 S |
| 10 R_K^-1 | 0.000387404586493182 S |
| 20 R_K^-1 | 0.000774809172986365 S |
| 50 R_K^-1 | 0.00193702293246591 S |
| 100 R_K^-1 | 0.00387404586493182 S |