摘要:
A display arrangement comprises a plurality of pixel elements (FLCD) that have controllable light-transfer characteristics. A display driver controls the plurality of pixel elements in accordance with a color component (R) during a control interval (TO) that is assigned to the color component. The display driver causes a color-light source (RL1, RL2) to apply a color light, which corresponds to the color component, to the plurality of pixel elements during a main interval (RMO). The main interval is comprised in the control interval that is assigned to color component. The light-source controller also causes the color-light source to apply the color light during a spillover interval (RS1, RS2). The spillover interval is comprised in another control interval (T1) that is assigned to another color component (G).
摘要:
An illumination light source includes an incoherent solid state light source adapted to emit light over at least one light emission surface and having a total light emission surface area S0; a light circulation device including at least one light receiving surface adapted to receive the light from the incoherent solid state light source, and a light extraction area having a first surface area S1; and a light extraction device for extracting the light from the light circulation device at the light extraction area, wherein S1
摘要:
An illumination light source includes an incoherent solid state light source adapted to emit light over at least one light emission surface and having a total light emission surface area S0; a light circulation device including at least one light receiving surface adapted to receive the light from the incoherent solid state light source, and a light extraction area having a first surface area S1; and a light extraction device for extracting the light from the light circulation device at the light extraction area, wherein S1
摘要翻译:照明光源包括非相干固态光源,其适于在至少一个光发射表面上发射光并具有总发光表面积S 0; 光循环装置,其包括适于接收来自非相干固态光源的光的至少一个光接收表面,以及具有第一表面积S 1的光提取区域。 以及光提取装置,用于在光提取区域提取来自光循环装置的光,其中S 1 0 SO 2。 因此,通过将光分布在更小的面积上来增加光的表观亮度。