With the so many available sorts of E-paper, the optimal performing and consumer friendly E-paper needs to be found in order to win the E-paper market. As result of this, researchers from the TU Delft are currently developing a technology that can replace all ordinary papers by one single device, which has outperforming characteristics compared to the current E-papers: Super E-paper. In order to launch this superior product, a research needs to be conducted with regards to the optimum driving method of the Super E-paper. This thesis shall not only investigate what the optimum driving method of the Super E-paper is, by applying different types of power to the product. But also describe our steps towards this measurement by sharing background knowledge, linking theory to practice, designing the source that will be used for our Super E-paper measurements. For the measurements, several variables are analysed: · Voltage amplitude · Frequency of the source · Duty cycle of the source