by Pixfra Australia
Inside thermal imaging
How Thermal Really Works
Go beyond the specifications and learn how thermal imaging really works. These lessons explain the engineering inside modern thermal optics—from sensors and lenses to calibration and detection range—so every product comparison starts to make sense.
AdvancedGo beneath the image and discover how modern thermal optics really work. These cornerstone lessons explain the engineering behind every thermal device—from infrared energy and microbolometers to calibration, detection range and image processing. Whether you're comparing specifications or simply curious about the technology, this is where the science starts to make sense.
- Lesson One12µm vs 17µm Pixel Pitch
- Lesson TwoThermal Sensor Resolution
- Lesson ThreeThermal Image Processing Explained
- Lesson FourThermal Lens Size Explained
- Lesson FiveThermal Field of View Explained
- Lesson SixJohnson Criteria Explained
- Lesson SevenWhy Thermal Performance Changes with Weather
- Lesson EightThermal Contrast Explained
- Lesson NineThermal Crossover Explained
- Lesson TenNETD Explained
- Lesson ElevenEmissivity Explained
- Lesson TwelveInside the Microbolometer
- Lesson ThirteenNUC Explained
- Lesson FourteenDetection Range Explained
- Lesson FifteenRefresh Rate Explained
- Lesson SixteenOptical vs Digital Zoom