Range separated hybrid functionals (RSH) possess a different contribution of HF exchange in short and long interelectronic distances. Short range corrected functionals, like HSE06, possess a medium amount of HF exchange in the short range while it drops commonly to zero at long interelectronic distances. This allows a faster calculation of solid-state properties compared to global hybrid functionals but an improvement for excited states cannot be expected for this type of functional. In contrast, long-range corrected (LC) RSH possess a large amount of HF exchange at long interelectronic distances. This significantly reduces errors originating from Rydberg states and charge transfer excitations in TD-DFT calculations. Therefore, we will focus solely on LC-RSH.