Abstract: The paper is based on a 6 $MUL 8 inch backlight assembly designed for a military requirement including NVG compatibility. Measured data for luminance and input power is reported across a temperature range of $MIN@40 to $PLU@55. The paper highlights the state of the art achieved for the fluorescent cavity design approach implemented by SAIC. The data demonstrates the relationships between light output, input power and temperature. The data suggest engineering requirements for thermal control of LCD displays and system performance expectations at the extreme edges of the temperature range.!4
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机译：摘要：本文基于6美元的MUL 8英寸背光组件，该组件设计用于军事需求，包括NVG兼容性。在$ MIN @ 40至$ PLU @ 55的温度范围内报告亮度和输入功率的测量数据。本文重点介绍了SAIC实施的荧光腔设计方法的最新技术水平。数据表明光输出，输入功率和温度之间的关系。数据表明了LCD显示器的热控制的工程要求以及在温度范围的极端边缘对系统性能的期望!! 4
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