Shenzhen Nuobashi Trading Co.,Ltd

640x480 Small sized mini Shutterless uncooled LWIR thermal image core



SC-CLS 600 series small size uncooled LWIR module is shutterless core features in that it adopts algorithm simulated "silent shutter" to accomplish the NUC (non-uniformity Correction) process, which is necessary to keep the sensor uniformity during usage. The shutterless technology not only keeps lower power consumption, but also avoids any noises and "frozen" of image at the events from mechanical shuttering. It is applicable to different scenarios, such as handheld, drone (UAV)… thermal imaging devices. Thanks to our patented NUC technology, there is almost no requirements to our customer to do a 2nd time calibration during the camera life-span.

The LWIR 384 shutterless thermal imaging core adopts our company's cutting-edge "pixel-by-pixel real-time high-precision radiation non-uniformity calibration" technology, which not only can real-time sensor frequency response changes, but also adjust signal changes caused by radiation non-uniformity. Thermal radiation and thermal radiation deviation caused by the camera itself. Changes in sensor dark current. Compared with traditional calibration algorithms, the new method has the characteristics of high image reliability and accuracy. Longwave infrared cameras are capable of imaging light in the spectral range 8 to 14 µm. Longwave infrared cameras, often called "thermal imaging cameras" or "thermal infrared cameras," are capable of imaging the heat emitted by the object itself and therefore can provide temperature information when calibrated for a given range. In this case, we are referring to thermal imaging or radiometric cameras.
Thermal Imaging Module Microthermo is one of the world's smallest thermal imaging modules, featuring the latest 384x288/640x480 uncooled detectors.
Our thermal imaging modules provide excellent video output and sensitivity. They will bring great success to your system integration.