学校科研红外热像仪的主要性能是什么

红外热像仪在科研领域能够帮助科研人员分析、观测和量化研发项目的散热和热属性，助力科研项目取得新进展。更高的分辨率意味着更清晰的成像效果，捕捉更细微的温差。在红外热成像业界，640X480分辨率的红外产品已属高端水平，但行业厂商们从未停止前进的脚步，持续追寻更极致的成像效果。

学校科研红外热像仪，采用12μm非制冷红外焦平面探测器、高性能红外镜头和信号处理电路，并嵌入图像处理算法，具备体积小、功耗低、启动快速、成像质量优异、测温准确等特点。广泛应用于电力巡检、石化监测、自动化控制、消防监控、科研测试。

学校科研红外热像仪的功能特性：

采用目前1280×1024分辨率的12μm非制冷红外焦平面探测器，成像效果更好；
It has all-weather passive thermal imaging function, has strong smoke penetration performance, and can be used in a wide range of ambient temperatures;
With high frame rate design, fast-moving targets can be observed;
Adopt self-developed temperature measurement correction algorithm to realize accurate temperature measurement;
The full stream lossless 16bit temperature data is output, and the client software and SDK development kit are provided to facilitate the secondary development and system integration of customers, and fully carry out personalized temperature analysis of the tested target.