Loss Simulation of Ultrashort Pulse Extreme Points in the Microstrip C-section with Changing of Its Length

The simulation of the ultrashort pulse propagation along the conductors of the microstrip C-section has been carried out when the losses in conductors and dielectric were taken into account and without them. The voltage extreme points have been obtained with using of 7 values of the half-turn length. The highest voltage maximum exceeds the amplitude at the input by 31%. It is shown that the amplitudes of the voltage extreme points increase to 0.618 V when the length of the conductors is 0.15 m, but then begin to decrease to 0.457 V. It is revealed, that with increasing of the conductors' length, the influence of losses on the amplitudes of the voltage maximum and minimum is increased.