Cherry Chip, Tiny Titan
Micro III 384 TH/640 TH uses a unique technology and optimized circuit to roll out a product that is extremely compact, lightweight, and low power-consuming. Meanwhile, Matrix III patented image algorithm and patented intelligent temperature measurement algorithm are adopted to output more precise temperature data. Rich data interfaces and comprehensive analysis functions make it easy to operate and integrate, providing new solutions for infrared thermal imaging products in various industries.
Ultra-small, ultra-light, and ultra-low power consumption
Resolution: 384×288/640×512
Unique features: Cherry chip, tiny titan
The component features extreme compactness (26×26×22mm), regular appearance, aligned optical center and geometric center, and cherry size, which make it easier to integrate.
Extremely light weight (< 20g) makes light UAVs, small-size handheld observation devices, and machine division devices even more powerful.
Extremely low power consumption (power consumption at a full-frame rate of 50Hz < 900mW) solves heat dissipation problems of a system and brings great technical advantages.
Satisfying integrator's demands in the aspects of scope and accuracy
Strong performance
Wide-range temperature measurement ( -20°C~+550°C) easily meets the requirements of various industrial application scenarios.
High measurement accuracy (±3°C or ±3% of the reading) meets the requirements of temperature measurement applications in all industrial scenarios.
High frame rate (50Hz) ensures smooth playback of videos when objects moving at a high speed or with temperature rapidly changed are observed, which improves the detection efficiency and data reliability.
High sensitivity (0.05°C) make it possible to distinguish more details while providing HD images or can detect targets at a longer distance.
By virtue of Matrix III intelligent image algorithm, it not only provides accurate temperature data but also makes image details clearer.
All required interfaces, measurement modes, environmental directives, and secondary development
Rich data interfaces (including 5 categories) make the component adapted to more platforms, and shorten the R&D period, thus reducing the R&D cost.
Six measurement modes help engineers conduct more professional and comprehensive temperature analysis, without any temperature anomalies missed.
Comply with the requirements of RoHS environmental directives and can be exported with ease.
SDKs are provided and language and reticle can be customized, which is practical and benefits the users.
Module | MicroIII384TH | MicroIII640TH | |
Detector Type | VOx Uncooled Infrared FPA | ||
Resolution | 384×288 | 640×512 | |
Pixel Pitch | 12μm | ||
Frame Rate | 50Hz /30Hz | ||
Response Spectra | 8~14μm | ||
NETD | ≤50mK@25℃, F#1.0(≤40mK optional) | ||
TEC | No | ||
Image | |||
Brightness & Contrast Adjustment | Manual/Auto0/Auto1 | ||
Polarity | Blackhot / whitehot | ||
Palette | Support | ||
Reticle | Display/disappear/move | ||
Digital Zoom | 1.0~8.0×continuing zooming (step 0.1) | ||
Image Processing | Shutter-less(8) | ||
NUC | |||
Digital filtering/noise reduction | |||
DDE | |||
Image flip | Right-left/Up-down/Diagonal | ||
Power Supply | |||
Supply Voltage | 4~5.5VDC | ||
Expansion boards support 3.5~18VDC | |||
Typical Supply Voltage | 4VDC | ||
Power Protection | Over-voltage/Under-voltage/Reverse Connection | ||
Typical Consumption @25℃ | Excluding expansion board | <1.0W | <1.3W |
Including expansion board | <1.2W | <1.6W | |
Interface | |||
Video Output | Analog video | 1 channel PAL Or 1 channel NTSC | |
Digital video | BT.656 | ||
14Bit or 8Bit LVCMOS | |||
LVDS_H | |||
Serial Communication Interface | RS-232 | ||
UART(3.3V) | |||
Key | 4 keys | ||
Temperature Measurement Function | |||
Measuring Range | 0~60℃ | ||
Measuring Accuracy | ±0.5℃@ target temperature 33℃~42℃; ±1.0℃@ target temperature 20℃~33℃; ±1.0℃@ target temperature 42℃~50℃ | ||
Measuring Tools | Spot, line, Area | ||
Physical Property | |||
Weight (without lens and expansion board) | 21g±3g | ||
Size (without lens) | 26mm × 26mm | ||
Environmental adaptation | |||
Operating Temperature | -10℃~+50℃(16℃~32℃ for accurate temperature measurement) | ||
Storage Temperature | -45℃~+85℃ | ||
Humidity | 5~95%, non-condensing | ||
Vibration | 6.06g, Random vibration, all axial direction | ||
Shock | 80g, 4ms, Final peak sawtooth wave, 3 axial 6 direction |
12/01/2022
11/22/2022