Liquid crystal molecules cannot be driven by a voltage that is fixed at a specific value, or the crystal molecules will form and almost completely lose their optical properties as the object becomes fixed over time. The monochrome LCD display voltage must be able to be divided into two situations, one of which is positive polarity and the other of which is outdoor voltage. Generally, when a positive voltage is displayed on the surface of the electrode at the height of the coating, the surface is positive; however, when a negative voltage is displayed on the surface of the electrode at the height of the coating, the surface is negative; and when displaying the rising voltage on the electrode at the height of the coating, the surface is negative. Is it marginal or color, regardless of whether there is a uniform brightness, so that when the upper and lower glass layers are fixed, the absolute brightness can be displayed can be displayedThese two cases, on the other hand, involve liquid crystal molecules moving in opposite directions, which means that they can be directly fixed in one direction, resulting in injury. They are dream by dream, line by line, column by column, and point by point in their progression.
If you use the frame-by-line method, all the same points on the entire screen are the same in the same frame, and there are different line-by-line inversion methods; however, if you use the line-by-line inversion method, they are all in the same location. While each character in each row is the same, the same column is different for each single single mode; while the same column is the same, but each column is different at the same time; while each character with a different point is the same, each point is different; and for each character with a different point is the same, but each point is different at the same time; for each single single mode with a different point, the same point is the same, but each point in each row is different; andIt is different at the bottom, the left, and the right points.
Frame by frame is used because the reversed picture from frame to frame is the same, so this picture is correct and the next frame will appear when the previous frame is completed. Small sparks will produce the same amount of positive luminosity as the tiny sparks. . . . A distinction will also be made between the voltage emission and natural induction. It is shown in Figure 2 that when the screen is switched on and off continuously the appearance of a positive luminous screen will result in luminescence. Other screens' conversion modes may also be illuminated, but the existence of the entire screen will change at the same time rather than dream-by-dream as with the first screen. All that will be altered is a single row or column, or even a single point. For the most part, it will be imperceptible to human eyes in this case.