WUHAN GLOBAL SENSOR TECHNOLOGY CO., LTD. |
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Uncooled Micro LWIR 256x192 12μm Thermal Camera Core with 3.2mm
Lens
iLC212 uncooled IR imaging module integrates the 256x192 / 12μm
focal plane array wafer level package (WLP) infrared detector and
can capture long-wave infrared (LWIR) spectrum that
ranges from 8 to 14μm.
Oriented for fully optimized SWaP-C, the iLC212 thermal camera
module is specially designed for those customers who has strict
requirements about size, weight and cost in the area of security
and surveillance. Due to its miniature size, light weight and
very low price, the iLC212 thermal core greatly meets the
customers' low price demands, shorten their developement time
and save costs for them.
Global Sensor Technology specializes in the design, manufacture,
sales and marketing of thermal imaging detectors and infrared
modules. We can provide our customers a variety of infrared thermal
imaging solutions which shorten secondary development time and
greatly reduce the cost for customers.
- Fully optimized SWaP-C application
- Suitable for various security thermal cameras
- A wide range of thermal imaging applications
- Low Power Consumption
Model | iLC212 |
IR Detector Performance | |
Material | Uncooled Vanadium Oxide |
Resolution | 256×192 |
Pixel Size | 12μm |
Spectral Response | 8μm ~14μm |
NETD | ≤65mK@F1.0@25℃@50Hz |
Image Processing | |
Digital Video | RAW/YUV/BT656; Support USB2.0 Video Transmission; Temperature Measurement Support Parameter Line |
Digital Frame Rate | 25Hz/30Hz |
Image Display | Black-hot/white-hot/Pseudo-color |
Image Algorithm | Nonuniformity Correction (NUC) 3D Image Noise Reduction (3DNR) 2D Noise Reduction (DNS) Dynamic Range Compression (DRC) EE Enhancement |
Start-up Time | ≤3s |
Temperature Measurement | |
Operating Temperature Range | -10℃~+50℃ |
Temperature Measurement Range | -20℃~+150℃, Support Temperature Measurement Range Expansion and Customization |
Temperature Measurement Accuracy | ±3℃/±3% (take the larger value) @23℃±5℃; the Temperature Measurement Distance is 1.5m |
Regional Temperature Measurement | Support Any Area Temperature Measurement, Output Area Maximum Value, Minimum Value and Average Value |
SDK | Windows / Linux Version, Achieve Video Stream Analysis and Gray to Temperature Conversion |
Electrical Interface | |
External Interface | 30pin_HRS Connector Power Input Digital Video RS232-TTL/USB2.0 GPIO etc. |
Communication | RS232-TTL/USB2.0 |
Expansion Component | VPC Board |
PC Software | |
ICC Software | Module Control and Video Display |
Power System | |
Power Supply | DC 3.3V±0.1V |
Power Dissipation | Steady State: 0.70W/3.3V @23±3℃ |
Physical Property | |
Connectors | External Connector Model: DF40C-30DP-0.4V (51), (HRS-Male) Mating Connector Model: DF40C (2.0)-30DS-0.4V (51), (HRS-Female) |
Size | 21mm×21mm×12.8mm (including 3.2mm lens) |
Weight | 8.9g±0.5g (including 3.2mm lens) |
Environmental Adaptability | |
Operation Temperature | -40℃~+70℃ |
Storage Temperature | -45℃~+85℃ |
Humidity | 5%~95%, non-condensing |
Impact & Vibration Resistance | Impact: half sine wave, 40g/11ms, 3-axis, 6-direction Vibration: 5.35grms, 3 axis |
Certification | ROHS2.0/REACH |
Lens | |
Optional Lens | 3.2mm/F1.1, HFOV: 55.6±2.8°; Coating: AR |
The iLC212 thermal imaging module is applied to the field of
Security Monitoring, Thermography, Wearable Device, Vehicle
Electronics, Smart Home, Living Creatures Detection etc.
1. What is infrared radiation?
When talking about infrared thermal imaging, the first thing to
think about is infrared radiation (IR). The wavelength of infrared
radiation energy starts at about 700nm and extends to about 1mm.
All objects emit a certain amount of heat in the form of infrared
radiation, which is invisible to us, because in the entire
electromagnetic spectrum, the naked eye can only see "visible
light".
2. How does infrared thermal imager work?
The core component of the infrared equipment is the infrared
thermal detector, which can sensitively detect the tiny temperature
difference of the surrounding objects. Then, it collects this
radiation information from the object and outputs the temperature
information for imaging, which is based on the temperature
difference information. The hotter the object, the more infrared
radiation it produces. If the intensity is too high, you can feel
it like heat.