首页> 外国专利> IMOD PIXEL ARCHITECTURE FOR IMPROVED FILL FACTOR, FRAME RATE AND STICTION PERFORMANCE

IMOD PIXEL ARCHITECTURE FOR IMPROVED FILL FACTOR, FRAME RATE AND STICTION PERFORMANCE

机译:IMOD像素体系结构可改善填充因子,帧速率和上浆性能

摘要

Pixels that include display elements that are configured with different structural dimensions corresponding to the color of light they provide are disclosed. In one implementation, a display device includes an array having a plurality of electromechanical pixels (900) disposed on a substrate, each pixel including at least a first display element (960a) and a second display element (960b). Each of the first and second display elements interferometrically modulating light by moving a reflective element (14) between a relaxed position spaced apart from the substrate (20) to an actuated position further away from the substrate than the relaxed position by applying a voltage (950) across the reflective element and a stationary electrode. The stationary electrode (920a) of each display element is sized to provide actuation of the movable reflective element using the same actuation voltage even though the electrical gap through which the reflective element moves is different within a pixel.
机译:公开了包括显示元件的像素,所述显示元件被配置为具有与其所提供的光的颜色相对应的不同的结构尺寸。在一个实现中,显示装置包括具有布置在基板上的多个机电像素(900)的阵列,每个像素至少包括第一显示元件(960a)和第二显示元件(960b)。第一显示元件和第二显示元件中的每一个通过施加电压(950),通过在与基板(20)间隔开的松弛位置之间移动反射元件(14)到比松弛位置更远离基板的致动位置,来使反射元件(14)干涉地调制光。 )穿过反射元件和固定电极。每个显示元件的固定电极(920a)的尺寸设置成即使在像素内反射元件移动通过的电间隙不同,也可以使用相同的驱动电压来提供可移动反射元件的驱动。

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