-
High-definition imaging• 1280×1024 large array resolution and wide field of view
• 12μm pixel size for high spatial resolution -
Strong adaptability• Superior performance in various harsh environments
• Identify very small temperature variations with precision
The 1280×1024 resolution uncooled infrared detectors are large array high-definition detectors developed by Guide Infrared. There are two types of packages in total: ceramic package and metal package. Benefit from the clarity of mega pixel imaging, integrators can easily analyze and interpret thermal data effectively. Its combination of high resolution, durability, and superior image quality positions it as a leader in the field of thermal imaging technology.
This long-wave infrared detector maintains excellent functionality and performance to provide high-definition thermal images. It is capable of capturing ultra-clear thermal images, allowing users to identify even the smallest temperature variations with precision and ensure high-definition details that are essential for critical assessments.
With its superior performance in harsh environments, the infrared detectors perform flawlessly in challenging conditions and provides reliable imaging even in extreme temperatures and low visibility, making it perfect for higher-end applications. The 1280×1024 resolution uncooled infrared detectors are ideal for a range of high-end applications, including industrial inspections, long range surveillance, advanced research and more. This detector is engineered to meet the demands of professionals who require top-notch thermal imaging.
Model | FC1212 | FM1212 |
Sensitive Material | Vanadium Oxide | |
Package | Ceramic | Metal |
Resolution | 1280×1024 | |
Pixel Size | 12μm | |
Spectral Range | 8~14μm | |
Typical NETD | <50mK | |
Digital Output | Built-in 14 bits ADC | |
Thermal Time Constant | <12ms | |
Max Frame Rate | 50Hz | |
Power Consumption | <400mW | |
Size (mm) | 31×31×5.1 (Without Pin) | 40×28.5×8.1 (Without Pin) |
Weight | <15g | <45g |
Operating Temperature | -40℃~+85℃ |