Micro IIIS 384/640 Uncooled Thermal Camera Core

Features of Micro IIIS 384/640 Uncooled Thermal Camera Core

1. Cherry Core, Original Design:

- It has an ultra-small size (26×26×22mm) and a regular shape. The optical center coincides with the geometric center. The size of a cherry makes it easier to integrate.

- Light weight (20g) empowers light UAV, small handheld observation devices, and machine vision equipment.

- Low power consumption (full frame rate 50Hz power consumption<700mW) brings great technical advantages for the heat dissipation of the system.

2. From range to precision, meet the needs of integrators:

- Wide-range temperature measurement (-20°C~+550°C) is suitable for various industrial application scenarios, easy to deal with.

- High temperature measurement accuracy (±3°C or ±3%) meets the needs of temperature measurement applications in various industrial scenarios.

- When observing high-speed moving targets or targets with rapid temperature changes, high frame frequency (50Hz) brings smooth video without stuck, improving detection efficiency and data reliability.

- High sensitivity (0.04°C) provides high-definition images and can distinguish more details or detect farther targets.

- Using InfiRay latest fifth-generation infrared image processing algorithm, it can still take into account the visualization of image details when outputting accurate temperature data.

3. Interface, temperature measurement mode, environmental directives, secondary development, everything you want is available

- Abundant data interfaces (5 types) adapt to more platforms, reducing the R&D cycle and costs.

- 6 temperature measurement modes assist engineers to conduct more professional and comprehensive temperature analysis without missing any abnormal temperature points.

- Comply with the requirements of RoHS green environmental protection directive, export worry-free.

- Provide SDK development kit, support language, user-defined crosshairs, improve practicability and reality, and achieve customer advantages;