Up to now the tunable dielectric phase shifters were designed as devices in which the tunable elements (ferroelectric film capacitors) operate in an analog regime and thus provide continuous variation of capacitance (C) under control voltages [1, 2]. A recent publication [3] demonstrates a digital regime for ferroelectric phase shifters in order to optimize the quality factor. However, if one uses digital control to obtain small steps of phase switching, this would result in a complicated construction and would increase the number of cascades required. The present work demonstrates that the parameters of a FE phase shifter (figure of merit, phase error and modulation of insertion losses under control signal) can be improved due to the design of a device operating in the mixed regime, when one cascade operates in an analog and other in a digital regime.