The IR detector LN2 cooler is a type of cryogenic cooling system that is used to cool infrared detectors to very low temperatures. It uses liquid nitrogen (LN2) as a coolant to achieve temperatures as low as -196 degrees Celsius. This is necessary for some infrared detectors because they are more sensitive and able to detect faint signals at low temperatures. The LN2 cooler helps to maintain the temperature of the detector, allowing it to function properly and make accurate measurements.
Detector cooling is important because many detectors, especially those used in infrared imaging, are more sensitive and able to detect faint signals at low temperatures. This improved sensitivity allows for more accurate measurements and better image quality. Additionally, some detectors are sensitive to temperature changes and can be damaged if they are not kept at a stable temperature. Cooling the detectors helps to maintain their accuracy and longevity.
- Temperature Control: 65K – 350 K (with temperature controller option)
- Easy LN2 Filling & Vacuum options
- 84 Pin LCCC Socket configured for the ISC9705 and 9803 POIC with 32 copper coaxial lines.
- DB 25 style hermetic connector
The IR Dewar is a type of cryogenic container used to hold and transport materials at very low temperatures. The word “dewar” refers to the vacuum-insulated flask that is used to maintain the low temperature inside the container. The “IR” in the name likely stands for “infrared,” as these containers are often used for storing and transporting materials that are sensitive to infrared radiation, such as certain types of crystals or optical components.
