Security Monitoring MWIR Cooled Infrared Detector 640x512 15μM

Security Monitoring MWIR Cooled Infrared Detector 640x512 15μM

C615M MWIR is one of the HgCdTe/MCT cooled infrared detectors developed by Global Sensor Technology (GST). It is with the most popular 640x512/15μm spec for almost all possible applications like long range surveillance system, handheld thermal imagers, gas leakage detection cameras etc.

The C615M RS058 is interchangeable with most mainstream Scorpio like products when configured with RS058 integrated stirling cooler. The dewar design, the cooler dimension, and the mechanical/electrical interface are almost the same so that the camera integrators only need to take out their old defective counterpart and connect our interchangeable C615M RS058 easily for further internal configuration.

Sharp & Clear Imaging
• Good uniformity, effective pixel rate＞99.5%
• High sensitivity, typical NETD as low as 17mK

Guaranteed Continuous Supply
• Interchangeable standard interface
• Mass production, good consistency

Designed for Specific Applications
• Wavelength can be customized
• F number can be customized
• Mounting surface can be customized
• Multiple cryocooler available

 
The C615M MWIR cryogenically cooled infrared detector is widely used many areas such as Remote Monitoring System, Flight Vision Enhancement System, Multi-sensor Payload etc.
 

1. What is infrared radiation?
When talking about infrared thermal imaging, the first thing to think about is infrared radiation (IR). The wavelength of infrared radiation energy starts at about 700nm and extends to about 1mm. All objects emit a certain amount of heat in the form of infrared radiation, which is invisible to us, because in the entire electromagnetic spectrum, the naked eye can only see "visible light".

2. How does infrared thermal imager work?
The core component of the infrared equipment is the infrared thermal detector, which can sensitively detect the tiny temperature difference of the surrounding objects. Then, it collects this radiation information from the object and outputs the temperature information for imaging, which is based on the temperature difference information. The hotter the object, the more infrared radiation it produces. If the intensity is too high, you can feel it like heat.