Linear LWIR Thermal Camera Core Uncooled 400x300 50Hz

LWIR 400x300 / 17μm Uncooled Thermal Imaging Camera Core with Industrial Thermography

PLUG417R thermal camera core uses the 400x300 / 17μm uncooled LWIR infrared detctor with an optional temperature measurement function with measurement range from -20℃~150 ℃ for industrial or body temperature measurement. This infrared thermal module can not only measures the value of temperature around you but also display the thermal imaging figure. So it must be your best choice to monitor the temperature change. 

This small infrared camera module can be widely used in infrared thermal imaging applications such as Thermography, Electricity Power Inspection, Building Inspection etc. It is beneficial to OEM customers for secondary development and integration in all kinds of thermal imagers and infrared thermographic cameras.

- NETD<30mk, High Sensitivity
- Stable Performance
- Easy Integration
- Clear Image Quality & Details
- Customizable Temperature Range
- Strong Environmental Adaptability

The PLUG417R thermal camera core is widely used in Electric Power Inspection, Machine Vision, Building HVAC Security & Monitoring, Outdoors, Firefighting & Rescue, Law Enforcement & Rescue, ADAS, UAV Payloads etc.

1. What is DRI Range?

It is a means of measuring the distance at which an infrared detector can produce an image of specific target and can be divided into detection range, recognition range, identification range.

D (Detection): ability to distinguish an object from the background
R (Recognition): ability to classify the object class (animal, human, vehicle, boat …)
I (Identification): ability to describe the object in details (a man with a hat, a deer, a Jeep …)

According to Johnson's criteria, when the probability of target detail visible at the DRI distance is 50%, the minimum number line pairs of the target is 1:3:6 (or 1:4:8), and the corresponding minimum number of pixels is 2:6:12 (or 2:8:16).

Assuming that the target diameter is H, the focal length is f, the pixel size is d, and the number of line pairs is n, then the view distance L=H×f/(2n×d)