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 |
| 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 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 Kunteng Infrared Technology Co., Ltd. was registered and established on September 28, 2017, with its headquarters in Jiaxing, Zhejiang, and a registered capital of 90.386982 million yuan.
The company was initiated and founded by top international and domestic experts in the field of infrared thermal imaging and senior industry personnel who have been engaged in the development of infrared thermal imaging sensors for many years. Its core R&D team is composed of internationally renowned doctors of infrared materials, well-known domestic optoelectronic industry experts, and senior semiconductor process engineers.
The company is a national high-tech enterprise, a national key "little giant" enterprise, and a national specialized and sophisticated "little giant" enterprise that integrates production and R&D of cooled infrared chips, detectors, and laser chips. It also has a Zhejiang Provincial High-tech Enterprise R&D Center and is a leading domestic manufacturer of infrared imaging chips.
Based on independent research and development, the company has always focused on the research and development of key technologies such as infrared detector materials, devices, testing, and packaging. With more than ten years of accumulated process technology for cooled infrared detectors, it has mastered core technologies with independent intellectual property rights, mainly type-II superlattice infrared detectors and engine components. It has built a complete detector chip mass production line in Jiaxing, Zhejiang, and is the first domestic enterprise to achieve R&D and true large-scale mass production of high-end type-II superlattice medium- and long-wave cooled infrared detectors and engine components. It is also the founder of high-temperature HOT T2SL cooled detectors.
In addition to the R&D and production of cooled type-II superlattice infrared detectors, the company is committed to establishing a comprehensive VCSEL product group, covering various bands, powers, and sizes, and focusing on developing and manufacturing higher-performance products to keep up with domestic and international market demands and become a mainstream supplier of global VCSEL series products.
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