HYSTERESIS INVERSION FREQUENCY FOR V-SHAPE ELECTROOPTICAL SWITCHING CONTROLLED BY DYNAMIC IMPEDANCE OF FERROELECTRIC SmC PHASE

摘要

It has been shown that the main process, which determines the hysteresis inversion frequency, at which the electrooptical V-shape switching is always observed, is just a specific voltage distribution between the aligning (or/and insulating) layer and the liquid crystal layer. The voltage divider is almost completely determined by the capacitance of the aligning (or/and insulating) layer and the resistance of the FLC layer.