PARAMETRIZATION OF TOTAL OPERATION TIME DEPENDENCE OF LIQUID CRYSTAL MODULATOR ON CONTROL VOLTAGE
The dependence of the total response time of a nematic light modulator on control voltage for various orientation conditions of liquid crystal molecules on boundary surfaces has been established by the method of computer simulation. A simple analytical dependence of the total response time of the nematic light modulator on control voltage is found for the entire range of its variation. It is shown that the total response time of the nematic light modulator of an arbitrary design at high values of control voltage does not depend on control voltage value but determined only by the design and physical parameters of the device. It was found that with the same set of physical and design parameters of a LC device, the minimum response time of the nematic light modulator is less for the device with antisymmetric boundary conditions than for the modulator with symmetric boundary conditions.