本文提出了一种应用微机对显示器件的动态光谱进行分析的方法，着重于微机接口的硬件设计。
In the paper, an analytic method is described in which a microcomputer is used to analyze dynamic spectrum of display device, and a hardware design of microcomputer interface is discussed specially.
为提高器件的动态范围，文章提出了半像素错位顺序曝光方法。
In order to widen the dynamic range, a half pixel offset staggered ordinal exposure method is presented.
并通过合理的器件选择、动态功耗管理和低功耗编码等设计方法，使系统功耗降低50%。
The system power dissipation was reduced 50 percent by means of proper device selection, dynamic power management, and low-power coding.
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