320 MWIR Gas Imaging Core Module
1. Type I low-power design, ideal for fixed-installation, 24-hour operation scenarios; Type II miniaturized, used for handheld, airborne and fixed-installation gas leak imaging applications; 2. 16-bit ADC, modular design, providing core board combinations with different interface types; 3. Sensitive gas detection, rich detectable species, professional gas-enhanced image algorithms to identify weak gas leaks; 4. Complete performance, convenient development, multiple lens configurations, multiple specifications, and multiple scenarios.
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Overview
1. Type I low-power design, ideal for fixed-installation, 24-hour operation scenarios; Type II miniaturized, used for handheld, airborne and fixed-installation gas leak imaging applications; 2. 16-bit ADC, modular design, providing core board combinations with different interface types; 3. Sensitive gas detection, rich detectable species, professional gas-enhanced image algorithms to identify weak gas leaks; 4. Complete performance, convenient development, multiple lens configurations, multiple specifications, and multiple scenarios.
Specifications
| Parameter | Value |
|---|---|
| Performance Spec - Resolution - Pixel Pitch | 320*256-30μm |
| CoolDown Time | ≤5min |
| Performance Spec - Typical NETD | ~15mk |
| Performance Spec - Response Band | 3.2μm~3.5μm (customizable: 4.2μm~4.4μm for CO2; 4.5μm~4.7μm for CO) |
| Image Processing - Frame Rate | 15/30/60Hz |
| Image Processing - Image Orientation | Horizontal/vertical/diagonal directions |
| Image Processing - Image Bit Depth | 16-bit |
| Image Processing - Image Algorithm | Digital zoom: 1~10X stepless magnification; Polarity: pseudo-color (≥8 types), non-uniformity correction (NUC), adaptive dynamic compression (AGC), self-developed noise reduction algorithm, intelligent image enhancement (IDE), gas-enhanced image algorithm |
| Image Processing - Application Scenario | VOCs gas leak detection and environmental monitoring for methane, ethane, benzene, etc. |
| Electrical Characteristics - Analog Video | PAL or NTSC |
| Electrical Characteristics - Digital Video | 3G-SDI, Cameralink RAW/YUV image data output (optional) |
| Electrical Characteristics - Data Interface | Gigabit Ethernet port; USB3.0-C (optional) |
| Electrical Characteristics - Communication Interface | RS422,115200bps |
| Electrical Characteristics - Power Supply | 12V±1V DC |
| Electrical Characteristics - Power Stability | 11W |
| Electrical Characteristics - Dimensions | 132mm*57mm*71mm |
| Electrical Characteristics - Weight | ≤750g |
| Electrical Characteristics - Operating Temperature | -40℃~+60℃ |
Applications
; Type II is miniaturized for handheld, airborne and fixed-installation gas leak imaging applications; 2. 16-bit ADC, modular design, providing core board combinations with different types of interfaces; 3. Sensitive gas detection, rich detectable gas types, professional gas-enhanced image algorithms, identifying weak gas leaks; 4. Complete performance, convenient development, multiple lens configurations, multiple specifications and multiple scenarios available.
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Supplier Information
Zhejiang Qunteng Infrared Technology Co., Ltd. (abbreviated as Qunteng Infrared) was founded in September 2017, headquartered in Jiaxing, Zhejiang Province, with a registered capital of 90.386982 million yuan. The company specializes in the R&D and production of cooled infrared chips, detectors, and laser chips, and is a leading domestic manufacturer of infrared imaging chips, recognized as a national-level specialized and innovative "Little Giant" enterprise. Its core team consists of international infrared material experts and senior semiconductor process engineers, mastering core technologies in Type-II superlattice infrared detectors. It has established a complete detector chip mass production line and is the first in China to achieve mass production of high-end Type-II superlattice mid-wave and long-wave cooled infrared detectors and camera core modules, and is also the pioneer of high-temperature HOT T2SL cooled detectors. Additionally, the company is building a comprehensive VCSEL product lineup covering various wavelengths, powers, and sizes, aiming to become a mainstream global VCSEL supplier.
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