Conductance Units
abmho (abmho) micromho (µmho)
ampere per volt (A/V) microsiemens (µS)
dekasiemens (daS) millisiemens (mS)
kilosiemens (kS) siemens (S)
mho (mho) statmho (stmho)
The SI derived unit for conductance is:    siemens (S)
1 siemens (S) = [s3·A2/(m2·kg)]
Capacitance Units
abfarad (aF) kilofarad (kF)
ampere second per ohm (A·s/Ω) megafarad (MF)
dekafarad (daF) microfarad (µF)
EMU of capacitance (abfarad) millifarad (mF)
ESU of capacitance (statF) nanofarad (nF)
farad (F) picofarad (pF)
The SI derived unit for capacitance is :    farad (F) = coulomb per volt (C/V) = ampere second per ohm (A·s/Ω)
1 farad (F) = 1 [s4·A2/(m2·kg)]
Charge Units
abcoulomb (aC) faraday (chem) (F)
ampere hour (A·h) faraday (phys) (F)
ampere minute (A·min) Franklin (statF) (Fr)
ampere second (A·s) kilocoulomb (kC)
coulomb (C) megacoulomb (MC)
electron charge (e) microcoulomb (µC)
faraday (F) millicoulomb (mC)
faraday (C12) (F) statecoulomb (statC)
The SI derived unit for charge is :    newton second (N·s)
Electric Current Units
ampere (A) kiloampere (kA)
abampere (abA) milliampere (mA)
EMU of current statampere (stA)
ESU of current microampere (µA)
The SI derived unit for electric current is:    ampere (A)
Electric Field Strength Units
abvolt per centimeter (abV/cm) newton per coulomb (N/C)
kilovolt per centimeter (kV/cm) statvolt per centimeter (stV/cm)
kilovolt per inch (kV/in) volt per centimeter (V/cm)
kilovolt per meter (kV/m) volt per inch (V/in)
microvolt per meter (µV/m) volt per meter (V/m)
milliovolt per meter (mV/m) volt per mil (V/mil)
The SI derived unit for electric field strength is:    volt per meter (V/m) = [m·kg/(s3·A)]
Electric Resistance Units
abohm (abΩ) microhm (µΩ)
EMU of resistance ohm (Ω)
ESU of resistance reciprocal siemens (1/S)
kilohm (kΩ) statohm (stΩ)
megaohm (MΩ) volt per ampere (V/A)
The SI derived unit for electric resistance is:    ohm (Ω) = volt per ampere (V/A)
1 ohm (Ω) = [m2·kg/(s3·A2)]