FPA MCT Cooled Infrared Detector Mid Wave 128x128 / 25μm
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|Spectral Range||3.7~4.8μm MW||Pixel Size||25μm|
Mid Wave FPA 128x128 / 25μm MCT Cooled Infrared Detector by GST
The C125M MWIR is a cooled thermal imaging detector. Combined with a maintenance free 128X128 IDDCA and a miniature Joule Thomson cooler.
The C125M MWIR fully satisfies the requirement for thermal imaging and very short cool down time to ensure the efficiency.
• Resolution: 128x128
• Pixel Size: 25μm
• High Sensitivity
- Compact Design
• Throttling cool down, fast startup
• Small size, light weight, compact structure
• No vibration
• No electromagnetic interference
|Working Mode||Snapshot; Integration Mode; Anti-blooming|
|Number of Output||Single; Up to 6.5MHz|
|Typical NETD||10mK (F1.5)||10mK (F2)|
|Effective Pixel Rate||≥99.5%||≥99.5%|
|Cooling Time (20℃)||≤5s (50MPa, Ar, 20℃)||≤20s (50MPa, Ar, 20℃)|
|Maximum Size (mm)||Φ35×48.5||Φ35×42.5|
1. What is a cryocooler used for?
Cryocoolers are machines that keep sensors extremely cold so that thermal images can be taken on long-term missions. In many high-end applications, the sensors that capture images require extremely low temperatures.
2. What are the main factors to measure the quality of Cryocooler?
Long battery life and reliable operation are main factors to measure the quality of a cryocooler. GSTiR cryocooler has a wide operating temperature range and excellent reliability. Its MTTF (Mean Time to Failures) has reached to 10,000 hours, which meets 24*7 boot operation requirements.
3. What is MTTF?
MTTF (Mean Time to Failure) measures a part’s reliability. It shows you how long on average a part lasts before it breaks and you have to replace it. On a basic level, it tells you about the quality of the parts you’re buying. The longer they last, the more value you’re getting from them.