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随着红外技术不断发展,红外整机应用范围逐渐由军用方面向民用领域推广。但作用距离和分辨率之间,探测器响应特性与光谱响应之间都存在价格性能比问题。特别是当前50元以上探测器阵列成品率低的条件下,红外热成像或红外测量装置选用10元左右探测器阵列比较现实。(10元探测器阵列成品率相对要高得多)因此红外整机装置采用旋转反射“棱镜旋转”结构受到广泛的重视(原理图示于图1)。因而必须有相应三维立体显示系统与光学结构相适应,给使用者以直观的观察效果。
With the continuous development of infrared technology, infrared machine applications gradually by the military to civilian areas to promote. However, there is a price-performance ratio between the detector’s response and the spectral response between the range of action and the resolution. In particular, the current 50 yuan detector array yield under the conditions of low, infrared thermal imaging or infrared measurement device selection of 10 yuan detector array more realistic. (10 yuan detector array yield is much higher) Therefore, the infrared device using rotating reflection “prism rotation” structure has received widespread attention (schematic diagram shown in Figure 1). Therefore, it is necessary to have a corresponding three-dimensional display system and optical structure to adapt to the user to visually observe the effect.