conductances

Maximum conductances for evaporation from global vegetation types.

Effects of changes in climate and UV radiation levels on function of arctic ecosystems in the short and long term 2009

Two loads with the conductances G1 = 12.2 mS and G2 = 8.7 mS are connected in parallel while a voltage of 24 V is applied to them.

3. Electric Circuits 1991

Their equivalent conductance is equal to the sum of the individual conductances, hence, always greater than the greatest individual conductance.

3. Electric Circuits 1991

The division of the voltage by the loads is effected in the same ratio as that of their conductances.

3. Electric Circuits 1991

In a parallel connection of consumers, the equivalent conductance is equal to the sum of the individual conductances; it is always greater than the greatest individual conductance.

3. Electric Circuits 1991

For two consumers with the conductances G1 and G2 we have

3. Electric Circuits 1991

If conductances have to be calculated, the required equations can easily be derived from the relation G = 1/R.

3. Electric Circuits 1991

In practice, calculations of conductances are required very seldom for unbranched circuits.

3. Electric Circuits 1991

In practice, resistances are more frequently used for calculating than conductances.

3. Electric Circuits 1991

In a current divider, the ratio of the partial currents is like that of the partial conductances.

3. Electric Circuits 1991