Thermometer only point calibration, and can change depending on the target temperature of adaptive optical CCD integration time, expanding the CCD dynamic temperature range, enhance the overall measurement accuracy. With built-in DSP and IPC (IPC) two processor structure to improve the system in rea

Temperature meter only need one point calibration, and is able to adapt to the changes in light of the objectives of the ADCP) CCD adjustment period and the scope of the optical points CCD dynamic temperature measurement range, improve as a whole the temperature measurement precision. Using in-built

The thermodetector only needs a demarcation, also can auto-adapted adjust the CCD light integration time according to the goal temperature field change, expanded the CCD dynamic temperature measurement scope, in the whole increased the temperature measurement precision.In uses sets at DSP and IPC (l

Thermometer with just one point calibration and temperature field change depending on the target Adaptive adjustment of CCD integral time, expanded the CCD dynamic measuring range, on the whole improved measurement accuracy. Built-in DSP and IPC (industrial PC) two-stage processor architecture, impr

Thermometer with just one point calibration and temperature field change depending on the target Adaptive adjustment of CCD integral time, expanded the CCD dynamic measuring range, on the whole improved measurement accuracy. Built-in DSP and IPC (industrial PC) two-stage processor architecture, impr