Electrical Conductance Converter
Convert between electrical conductance units like siemens, millisiemens, microsiemens, and mho with highest precision.
Result
mS
Our converters use high-precision arithmetic for maximum accuracy. If you notice anything that needs attention, please report it here.*
Conversion Formula
1 siemens × 1 → 1 S 1 S ÷ 0.001 → 1000 millisiemens
About Electrical Conductance
Electrical conductance is a fundamental property that measures how easily electric current can flow through a material. It is quantified in siemens (S), named after German inventor Ernst Werner von Siemens. Conductance is the reciprocal of electrical resistance.
- Siemens (S) - The base SI unit of electrical conductance, defined as the conductance of a material with a resistance of one ohm.
- Millisiemens (mS) - 0.001 siemens, commonly used for medium-range conductance measurements in electronics and chemistry.
- Microsiemens (μS) - 0.000001 siemens, used for low conductance measurements in water quality testing and precision applications.
- Kilosiemens (kS) - 1,000 siemens, used for high conductance measurements in industrial applications.
- Megasiemens (MS) - 1,000,000 siemens, used for very high conductance measurements in specialized applications.
- Mho (℧) - Alternative unit for siemens, historically used (ohm spelled backwards), equivalent to 1 siemens.
Understanding conductance is essential for analyzing electrical circuits, material properties, and electrochemical processes in engineering and scientific applications.
Electrical Conductance Units
Electrical conductance units are crucial for measuring and specifying how easily electric current flows through materials and circuits. These units span applications from microelectronics to power systems and chemical analysis.
- Siemens (S) — The fundamental SI unit of electrical conductance, universally used in circuit analysis and material characterization.
- Millisiemens (mS) — Applied in medium-conductance measurements for electronic components, sensor calibration, and electrochemical analysis.
- Microsiemens (μS) — Essential for precision measurements in water quality analysis, trace conductivity testing, and high-impedance circuit analysis.
- Kilosiemens (kS) — Used in high-conductance applications such as power transmission analysis and industrial electrochemical processes.
- Megasiemens (MS) — Applied in specialized high-conductance measurements for superconductor research and advanced materials testing.
- Mho (℧) — Historical unit equivalent to siemens, still occasionally used in older literature and specialized applications.
- These conductance units enable engineers and scientists to accurately specify, measure, and analyze electrical properties across all scales of electrical and electrochemical engineering, from nanotechnology to industrial power systems.