Driver system of active matrix cholesteric liquid crystal display and dynamic image displaying method thereof

A driver system of an active matrix cholesteric liquid crystal display (AM ChLCD), utilized for controlling the AM ChLCD, wherein the AM ChLCD comprises a gate driver component, a data driver component, and a plurality of display units;

• wherein the plurality of display units are electrically connected to the gate driver component and the data driver component;
• wherein the driver system of the AM ChLCD comprises:
• a timing controller, connected to the AM ChLCD;
• wherein according to a dynamic image parameter data, a data enable signal, and a vertical synchronization signal, the timing controller generates a voltage control command, a gate control command, and an image display command, outputs the gate control command to the gate driver component, outputs the image display command to the data driver component, and controls the AM ChLCD to execute a set of image display sequences;
• wherein the dynamic image parameter data corresponds to a dynamic image that consists of a plurality of images, and each of the image display sequences within the set of image display sequences is executed to display one of the images of the dynamic image;
• a power supply module, connected to the timing controller and the AM ChLCD;
• wherein according to the voltage control command, the power supply module generates a gate driver voltage and a plurality of data driver voltages, outputs the gate driver voltage to the gate driver component, and outputs the plurality of data driver voltages to the data driver component;
• wherein in the set of image display sequences:
• the timing controller controls a chronological sequence of commanding the gate driver component to switch on or switch off the plurality of display units according to the gate control command;
• the gate driver component controls the plurality of display units to switch on or switch off according to the gate driver voltage;
• according to the image display command, the timing controller controls the data driver component to output the plurality of data driver voltages to the plurality of display units that are switched on;
• wherein within any two consecutive image display sequences within the set of image display sequences, an averaged voltage magnitude of the plurality of data driver voltages outputted by the data driver component within one of the two consecutive image display sequences equals an averaged voltage magnitude of the plurality of data driver voltages outputted by the data driver component within the other one of the two consecutive image display sequences;
• wherein within any two consecutive image display sequences within the set of image display sequences, an overall averaged voltage magnitude of the plurality of data driver voltages outputted by the data driver component is zero.