The most general representation of such dividers has to assume inductive components L' of the actual resistor R'as well as capacitive elements 〖C'〗_p in parallel to the resistors (see Fig. 3.32). Inductances are inherent with every flow of current due to the magnetic field, and the parallel capacitors 〖C'〗_p may be formed by the construction and arrangement of the resistors. The neglecting of any inductance in series to these stray capacitances indicates possible coupling effects and the simulation of electrical fields within insulation media of low permittivity only; the individual values are thus of any small magnitude by the distributed parameter representation.