The function accepts the desired ratio, the maximal allowed tolerance, and the resistor series to use. Based on that, it returns a list of all possible resistor combinations resulting in the desired division ration. It is important however, that one of the resistors is always in given in Ohms: $$ 1Ohm < R_i < 10Ohm $$

If you want to calculate a divider the impedance of which is close to desired, plase use calculateDividerByRatio.

The result is a list of structures containing the following values:

• rUpper - The value for the upper resistor in the divider.
• rLower - The value for the lower resistor in the divider.
• ratio - The exact ratio of the divider.
• errorPercent - The error of the divider in percents.

For more details on resistor series, please see electronics.datasets.resistors.series-1.