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12μm Long Wave Ir Camera VOX Uncooled Module
This 12μm long wave ir camera is specifically designed for a variety of portable and embedded systems. It can be used in small thermal imaging night vision telescope, helmet night vision equipment, light unmanned aerial vehicle system and so on.
Its high-performance parameters and unique product features make it stand out in numerous application scenarios. Additionally, the long wave ir camera meets the high reliability requirements for product development in electronic-optical pods, vehicle applications, and sighting devices. This long wave ir camera with its excellent performance, compact design, and low power consumption, provides efficient and comprehensive infrared thermal imaging solutions for many fields, making it an ideal choice for developing high-performance, high-reliability infrared thermal imaging equipment.
Advantages
- High Resolution: 640×512
Ensures fine and clear images, capturing more detailed information and enhancing imaging quality.
- Pixel Size: 12μm
Allow for more pixels within a limited chip area, further enhancing image resolution and sensitivity.
Key Features:
- Compact Size and Lightweight
-Compact Design: The long wave ir camera module dimensions are only 29.5mm×29.5mm×28mm without the lens and extension components, making it ideal for space-constrained devices such as small thermal imaging night vision binoculars and helmet night vision devices.
– Lightweight: Weighing only 35g±3g, it significantly reduces the overall weight of the device, making it easy to carry and operate, especially suitable for scenarios requiring prolonged wearing or handheld use.
- Low Power Consumption
Efficient Energy Management: With a minimum power consumption of 1.2W, this low power characteristic helps extend device battery life and reduce energy consumption, particularly important in battery-powered UAVs and portable devices.
- Diverse Interfaces
Flexible Connection Options: Supports various serial communication and video output interfaces, facilitating connection and integration with different types of control systems and display devices, enhancing device compatibility and flexibility.
- Reliability and Security
High Reliability：
The uncooled long wave ir camera has undergone rigorous testing to ensure stable operation in harsh environments, making it suitable for high-reliability fields such as electro-optical pods, vehicle applications, and sighting devices.
Secure Design: Multiple protection measures are implemented at both hardware and software levels to ensure data transmission security, preventing information leakage or unauthorized access.
Applications:
- Small Thermal Imaging Night Vision Binoculars
Provides clear thermal imaging for outdoor adventures and night-time observation.
- Helmet Night Vision Devices
Enhances night-time operational capabilities for military, law enforcement, and search and rescue personnel.
- Lightweight Unmanned Aerial Vehicle Systems
Integrated into drones for aerial thermal imaging reconnaissance and monitoring.
- Integrated Electronic-Optical Systems
Combined with other sensors to form multi-modal perception systems, enhancing overall sensing capabilities.
- Electronic-Optical Pods and Vehicle Applications
Provides visual assistance for various vehicles and mobile platforms in night-time and harsh environments.
Applicable scene
SPECIFICATIONS
| Model | LGC6122 |
| Detector | Vanadium Oxide Uncooled Infrared Focal Plane Array Detector |
| Resolution | 640×512 |
| Pixel Size | 12μm |
| Spectral Band | 8～14μm |
| Frame Rate | 30/60Hz (NTSC), 25/50Hz (PAL) |
| Non-uniformity Correction | Supports SBNUC and TECLESS |
| Digital Zoom | 1.0～4.0× continuous zoom |
| Character Overlay | Supported |
| NETD | ≤50mK @ 25℃, F#1.0 (≤40mK optional) |
| MRTD | ≤400mK (optional ≤300mK) |
| Polarity | White Hot/Black Hot |
| Pseudo-color | Supported |
| Image Processing | Non-uniformity correction |
| temporal filtering | |
| Digital Detail Enhancement | |
| Optical Lens | |
| Focus Type | Athermalized |
| Horizontal Field of View / Focal Length | |
| 89° / 4.1mm F1.2 | |
| 70° / 5.8mm F1.2 | |
| 48° / 9.1mm F1.2 | |
| 33° / 13mm | |
| 22° / 19mm | |
| 17° / 25mm | |
| 12.5° / 35mm | |
| 8° / 55mm | |
| 5.9° / 75mm | |
| 4.4° / 100mm | |
| Focus Type | Continuous Zoom |
| Horizontal Field of View / Focal Length | |
| 5.9°～17.6° / 25～75mm | |
| 4.4°～22° / 20～100mm | |
| 2.9°～14.7° / 30～150mm | |
| Mechanical Parameters | |
| Dimensions (excluding lens and extension components) | 29.5mm×29.5mm×28mm |
| Weight(excluding lens and extension components) | 35g±3g |
| Electrical Parameters | |
| Input Voltage | 3.9~5V (typical power supply 4V) |
| 5～18VDC
(with user extension components, typical power supply 12V) |
|
| Power Consumption (excluding user extension components) | Minimum 1.2W |
| Video Channel | LVDS, 10/14-bit parallel digital video signal |
| User extension components support LVDS/CML/Camera Link | |
| User extension components support BT.656 | |
| Control Channel | UART/RS-232 |
| Power Protection | User extension components support overvoltage, undervoltage, and reverse connection protection |
| Environmental Parameters | |
| Operating Temperature | -40℃～+70℃ |
| Storage Temperature | -50℃～+85℃ |
| Vibration Resistance | 10.2g, random vibration, all axes |
| Shock Resistance | 80g half-sine wave, 6ms, 5 times in each of the three axes |
