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Field emitter display (FED) technology

机译:场发射器显示(FED)技术

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Abstract: Harris Corporation, Government Aerospace Systems Division, recognized the need for a lower cost alternative to the Active Matrix Liquid Crystal flat-panel display with potentially superior optical performance, lower power dissipation, and less volume at significantly reduced life-cycle cost. This paper compares the performance of Harris' Active Matrix Liquid Crystal Display (AMLCD) with the potential performance of a comparable FED. The FED offers superior sunlight- viewable optical performance compared with the AMLCD. The FED projects a significant reduction in power dissipation that will enhance the reliability of the displays and reduce the cooling loads on the cockpit design. It also promises reduced volume and weight. The simpler FED manufacturing processed, and the elimination of expendable backlight and heaters, will result in reductions in the cost of acquisition and ownership of flat-panel displays.!0
机译:摘要:Harris Corporation,政府航空航天系统部门认识到有必要对有源矩阵液晶平板显示器的较低成本替代,具有潜在优越的光学性能,较低的功耗,并且在显着降低的生命周期成本下更少的体积。本文比较了Harris'有源矩阵液晶显示器(AMLCD)的性能与相当的美联储的潜在性能。与AMLCD相比,美联储提供卓越的阳光可视光学性能。美联储项目的功耗显着降低,可以提高显示器的可靠性,并降低驾驶舱设计的冷却负载。它还承诺减少体积和重量。加入更简单的加工制造和消除消耗的背光和加热器,将导致平板显示器的采集和所有权的成本降低。!0

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