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RSV3.7F1.1-256-12
Rising
The vehicle infrared thermal imaging system is also known as the vehicle infrared night vision system in the market. It is based on infrared thermal imaging technology to convert the thermal image content in the field of view into a two-dimensional image, and then displays it through the display. The vehicle infrared thermal imaging system can effectively eliminate the stimulation of strong light when meeting oncoming cars and the interference of side glare on the line of sight without any impact on the field of vision. It allows the driver to see in the dark night, especially in rain, snow and haze. Even under severe weather conditions such as sand and dust, vehicles, pedestrians and obstacles on the road can be clearly observed, greatly improving the safety of drivers, passengers and third parties. The vehicle infrared thermal imaging system integrates infrared photoelectric imaging technology, image processing technology, and intelligent alarm technology, which can friendly inform the driver of people, animals, and vehicles ahead that may cause potential danger.
3.7mmF1.1 Infrared Lens Specification:
| Optical Value | |
| EFL | 3.7mm |
| F# | 1.1 |
| Sensor Type | 256x192-12um |
| FOV | 45°x34.5° |
| Operation temperature | -20°C-+60°C(athermalization) |
| Distortion | ＜6.5% |
| Relative ILL. | ＞90% |
| System transmission | ＞92% |
| Coating | AR |
| Appearance | 80-50 |
| Mechanical Value | |
| Focus mechanism | Fixed Focus |
| Lens Mount | M10X0.5-6G |
| Mechanical back focal length | 2.83 |
| Outline dimension | Ф10x6 (0.05) |
| Weight | 1.23g |
The vehicle infrared thermal imaging system is also known as the vehicle infrared night vision system in the market. It is based on infrared thermal imaging technology to convert the thermal image content in the field of view into a two-dimensional image, and then displays it through the display. The vehicle infrared thermal imaging system can effectively eliminate the stimulation of strong light when meeting oncoming cars and the interference of side glare on the line of sight without any impact on the field of vision. It allows the driver to see in the dark night, especially in rain, snow and haze. Even under severe weather conditions such as sand and dust, vehicles, pedestrians and obstacles on the road can be clearly observed, greatly improving the safety of drivers, passengers and third parties. The vehicle infrared thermal imaging system integrates infrared photoelectric imaging technology, image processing technology, and intelligent alarm technology, which can friendly inform the driver of people, animals, and vehicles ahead that may cause potential danger.
3.7mmF1.1 Infrared Lens Specification:
| Optical Value | |
| EFL | 3.7mm |
| F# | 1.1 |
| Sensor Type | 256x192-12um |
| FOV | 45°x34.5° |
| Operation temperature | -20°C-+60°C(athermalization) |
| Distortion | ＜6.5% |
| Relative ILL. | ＞90% |
| System transmission | ＞92% |
| Coating | AR |
| Appearance | 80-50 |
| Mechanical Value | |
| Focus mechanism | Fixed Focus |
| Lens Mount | M10X0.5-6G |
| Mechanical back focal length | 2.83 |
| Outline dimension | Ф10x6 (0.05) |
| Weight | 1.23g |
