M702C/M502C Analog NST Thermal Imaging Core
Product Features:
-No shutting with non-uniformity calibrating technology(NUC)；
-Super low power consumption less than 0.8W；
-Compact design and light weight；
-High performance of temperature impact and environmental adaptability.
-No shutting with non-uniformity calibrating technology(NUC)；
-Super low power consumption less than 0.8W；
-Compact design and light weight；
-High performance of temperature impact and environmental adaptability.
M702C
M502C
M702C / M502C Series
Analog NST Thermal Imaging Core
No shutter NUC · Ultra-low power <0.8W · Compact & lightweight
✨ Product Features
▶ No shutting with non-uniformity calibrating technology (NUC)
▶ Super low power consumption less than 0.8W
▶ Compact design and light weight
▶ High performance of temperature impact and environmental adaptability
📐 Mechanical Dimensions
M702C
20.8mm × 41mm × 42.5mm
Weight <40g
M502C
18.1mm × 41mm × 42.3mm
Weight <40g
📊 Technical Specifications
| Parameter | M702C | M502C |
|---|---|---|
| Detector | Noncrystalline infrared FPA | |
| Resolution / Pixel pitch | 384×288 / 17μm | 640×480 / 17μm |
| NETD | ≤50mk @300K | |
| Spectral range | 8~14μm | |
| Focus Method | Fixed lens | |
| Focal length | 9/15/19/25/40/50mm etc. | |
| Image Effect | Auto adjustment for contrast ratio & brightness & acutance | |
| Uniformity calibration | NST | |
| Noise reduction | Digital filter | |
| Palette | 9 Pseudo color palettes changeable | |
| Resolution (output) | 768×576 | 640×480 |
| Power interface | DC +2.5V ~ +5.5V | |
| Analogue video | Double channels | |
| Series port | RS232 | |
| Digital video | BT656 (29.5MHz) | |
| Keyboard | 4 buttons keyboard | |
| Working temperature / humidity | -20℃~+60℃, for special using: -40℃~+60℃, 5%~95%RH | |
| Storage temperature | -45℃~+65℃ | |
| Power Consumption | ≤0.8W | ≤1.1W |
| Protection level | Shock resistance, vibration: GJB150-16 2.3.1, shock: GJB150-18, testing 7 100g/6ms | |
| Size (L×W×H) | 20.8mm × 41mm × 42.5mm | 18.1mm × 41mm × 42.3mm |
| Weight | <40g | |
