400x300 Resolution Uncooled FPA Thermal Imaging Detector with 8~14μm Spectral Range and NETD <40mK

The Apex412C uncooled infrared detector is a new infrared product developed by SensorMicro. It utilizes the international mainstream vanadium oxide material, providing outstanding comprehensive performance. This vanadium oxide (VOx) microbolometer detector covers the long wavelength range from 8 to 14μm with a resolution of 400x300 and pixel size of 12μm.

Ceramic packaging is currently the most popular packaging technology on the market, significantly reducing the detector's size, weight, and power consumption. By integrating this ceramic packaging infrared detector, infrared cameras can present clear and sharp images.

This new ceramic package infrared detector provides more choices for customers across various industries including Industrial Automation, Intelligent Security, Unmanned Platform, Robot, Intelligent Hardware, Advanced Driver Assistant System, and Firefighting.

• High thermal sensitivity, NETD<40mK
• Frame rate up to 50Hz
• Mini size as low as 18.5mm×18.5mm×3.8mm
• Light weight, less than 4.5g
• Low power consumption: 80mW

The Apex412C thermal imaging detector is widely used in many areas, including ADAS, Security Monitoring, Handheld Device, Machine Vision, Thermography, Power Maintenance, Metallurgy Petrochemical, and Scientific Research.

• High sensitivity and excellent performance - World-leading technology in infrared industry
• Various infrared detectors available - Both uncooled and cooled IR detectors in different formats and pixel sizes
• Volume production to ensure fast delivery - Three production lines with annual production capability up to millions of detectors

In nature, all objects whose temperature is higher than absolute zero (-273℃) can radiate infrared rays. By using the infrared camera detector to measure the infrared radiation temperature difference between the target itself and the background, you can get different infrared images, which are also called thermal images.

Infrared radiation emitted by targets enters the sensing range of the thermal detector. The infrared detector converts the radiation signal of different intensity into corresponding electrical signals, and then through amplification and video processing, forms infrared images that can be observed by the naked eye.

The cooled infrared focal plane detector operates at low temperature provided by a detector dewar cooler (DDC). It has high sensitivity and can distinguish more subtle temperature differences than uncooled infrared detectors. It can detect, identify, and recognize objects at very long ranges exceeding ten kilometers. The complex structure of cooled detectors results in relatively higher costs compared to uncooled detectors.