Conductance Converter

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Result: 1 siemens (s) = 1000 millisiemens (ms)

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Popular Conductance Conversions

All available conductance units for conversion:

siemens [S]
1 siemens [S] = 1000 millisiemens [mS]
millisiemens to siemens, siemens to millisiemens
1 siemens [S] = 1000000 microsiemens [μS]
microsiemens to siemens, siemens to microsiemens
1 siemens [S] = 1000000000 nanosiemens [nS]
nanosiemens to siemens, siemens to nanosiemens
1 kilosiemens [kS] = 1000 siemens [S]
kilosiemens to siemens, siemens to kilosiemens
1 megasiemens [MS] = 1000000 siemens [S]
megasiemens to siemens, siemens to megasiemens
1 gigasiemens [GS] = 1000000000 siemens [S]
gigasiemens to siemens, siemens to gigasiemens
1 siemens [S] = 1e+12 picosiemens [pS]
picosiemens to siemens, siemens to picosiemens
1 siemens [S] = 1e+15 femtosiemens [fS]
femtosiemens to siemens, siemens to femtosiemens
1 siemens [S] = 1e+18 attosiemens [aS]
attosiemens to siemens, siemens to attosiemens
1 mho [℧] = 1 siemens [S]
mho to siemens, siemens to mho
1 abmho [ab℧] = 1000000000 siemens [S]
abmho to siemens, siemens to abmho
1 siemens [S] = 8.9875518e+13 statmho [stat℧]
statmho to siemens, siemens to statmho

Electrical conductance is reciprocal of resistance. Measured in siemens, indicates ease of current flow. Useful for parallel resistance calculations.

Electrical conductance (G) in siemens (S). G = 1/R. Higher conductance = easier current flow.

Parallel conductances add directly: Gtotal = G1 + G2 + G3. Simpler than resistance calculations for parallel circuits.

Superconductors have infinite conductance. Good conductors: copper, silver, aluminum. Poor conductors: ceramics, plastics.

Parallel circuit analysis, material selection, grounding systems, and electrical safety design.

Conductance = 1/resistance. Parallel conductances add directly. Useful for grounding and bonding calculations.