Mini 384 Thermal Camera Uncooled LWIR Thermography Camera Module
Mini 384 Thermal Camera Uncooled LWIR Thermography Camera Module
1.Product Introduction
1.1. Product description
Product Features of Mini 384 Uncooled LWIR thermal Camera Module:
Ultra small size, ultra-light weight, ultra-low power consumption.
Ultra small volume (21 × 21mm) with a regular appearance, the optical center coincides with the geometric center, and the size of a coin makes it easier to integrate.
Ultra light weight (<10g) suitable for light unmanned aerial vehicles, small handheld observation equipment, and machine vision equipment.
Ultra low power consumption (full frame rate 50Hz power consumption<0.55W) eliminates the need for system cooling, bringing great technical advantages.
1.3. Applications
Security inspection: industrial monitoring, perimeter scanning, inspection robots, optoelectronic pods
Fire rescue: fire warning, fire helmet
Other specific applications: Drones , power detection and thermal imaging guided missile
1.4.Micro infrared thermal imaging temperature measurement movement
The MINI series infrared thermal imaging temperature measurement module is a high-precision, small-sized, and universal online temperature measurement infrared thermal imager. It uses high-quality detectors, high resolution, stable performance, and powerful functions. It is equipped with multiple interfaces, making it a preferred product in application fields such as machine vision, safety inspection, intelligent manufacturing, equipment maintenance, robot drone airborne, and so on.
Rich and flexible interfaces for easy integration
a) The module form supports DVP parallel digital video output, SPI video transmission, and I2C and UART communication interfaces;
b) Support digital video formats such as RAW14, YUV, Y8, BT.656, LVCMOS, etc;
c) Support simultaneous output of image data and temperature data;
d) Internally integrated MCU, providing secondary development SDK.
With its many advantages, the MINI series infrared thermal imaging modules will shine in multiple fields, especially in application scenarios with strict requirements for product size, weight, and power consumption, such as handheld devices, wearable devices, light drones, security monitoring, etc.
| Model | Mini384-3 | Mini384-10 | Mini384-14 | Mini384-16 |
|---|---|---|---|---|
| Resolution | 384×288 | |||
| Detector Type | Vox | |||
| Detector Frame | 50Hz | |||
| Pixel Spacing | 12μm | |||
| Response Wave Band | 8～14μm | |||
| NETD | ≤50mK@25℃,F#1.0（≤40mK optional） | |||
| Lens | ||||
| Focus | 2.9mm | 9.7mm | 13.5mm | 15.4mm |
| Field of View | 92°×69° | 27.2°×20° | 19.6°×14.7° | 17.1°×12.9° |
| F-number | 1 | |||
| Image Adjustment | ||||
| Polarity | White heat/Black heat | |||
| Module Power Supply | ||||
| Supply Voltage | 5V or 12V | |||
| Typical Dissipation @25℃ | ＜0.5W | |||
| Video output | ||||
| Digital Video | YUV、USB、BT.656 | |||
| Analog Video | CVBS、PAL、NTSC | |||
| Serial Communication | UART、RS232、RS422 | |||
| Module Physical Properties | ||||
| Weight | ＜8g | |||
| Size | 21×21×10.3mm (without lens） | |||
| Temperature Measurement | ||||
| Temp Measure Rang | From -20℃ to +550℃ | |||
| Environmental Adaptability | ||||
| Work Temperature | From -40℃ to +80℃ | |||
| Storage Temperature | From -50℃ to +85℃ | |||
| Humidity | 5%-95%, no condensation | |||