Far infrared thermal imaging camera uses an MLX90640 far infraredic thermal sensor array to detect IR distribution of objects in its field of view and generate a thermal image. The camera is available in a compact form factor for easy integration into miscellaneous industrial applications. It can detect temperatures from -40degC to +300degC and is easy to use.
Far infrared thermal imaging camera is a 16x12 pixel IR sensor array that can measure temperatures from -40 degC to +300 degC. Its patented algorithm ensures high thermal stability. This type of sensor operates within the infrared spectrum, a wavelength range that extends from 700 nm to 1440 nm. Instead of measuring the infrared spectrum itself, IR temperature sensors focus the infrared energy emitted by an object onto one or more photodetectors.
Another type of far-infrared thermal sensor array has a wider temperature range than most. Its -40C to 85C operational temperature range means that it can measure objects from -40C to 300C. Its superior noise performance is a key advantage, and it does not require frequent recalibration. The thermal imaging camera is available in a 4-pin TO39 package and has the necessary optics for easy integration.
It is a 32x24 pixel far-infrared thermal sensor array. It measures temperatures from -40degC to +300degC. Unlike other IR sensors, it does not require frequent re-calibration, which means continuous monitoring without the need to replace it. It is compatible with many miscellaneous industrial applications, including lighting control and surveillance.
It far-infrared thermal sensor array is a fully calibrated 32x24 pixel far-infrared thermal sensor array. It is ideal for convenience and safety applications and offers an extended operational temperature range of -40 to 300degC. The MLX90640 features an integrated VDD/VDD sensing IC and an internal memory to store thermal sensor outputs.
The thermal imaging camera uses a far-infrared thermal sensor array. It detects IR distribution in an object's field of view and calculates its surface temperature. It is a low-cost alternative to more expensive, bulky, and bulky thermal cameras. Its low-power, low-weight design makes it suitable for a wide range of miscellaneous industrial applications.
The thermal imaging camera is a fully calibrated, 32x24 pixel far-infrared thermal sensor array with an industry standard 4-lead TO39 package. It has 768 FIR pixels and an integrated supply and ambient sensor. It uses a thermopile detector consisting of a thermocouple pair in parallel with an IR emitting material. Its high-sensitivity pyroelectric sensors can detect heat radiation up to 300°C.
The IR Array Thermal Imaging Camera is a far-infrared (IR) array thermal imaging camera that detects and calculates the surface temperature of objects in the field of view. This camera is small and easy to integrate into miscellaneous industrial applications. The MLX90640 has been designed for indoor and outdoor use. Its low-profile design allows for easy installation in any location.
Thermal Camera is a 32x24 pixel IR sensor that can detect the surface temperature of objects a few feet away. Its I2C protocol allows for easy integration with intelligent control systems. The IR sensor is also compatible with Raspberry Pi, Arduino(ESP32), and STM32 boards. Its 32x24 pixel IR array is ideal for convenience and safety applications.
TThermal Imaging Camera uses a 32x24 IR sensor array to detect objects. The IR distribution of objects in the field of view is detected by the IR array. The camera generates a thermal image and turns it into an image. Its lightweight design makes it easy to integrate into miscellaneous industrial applications. The MLX90640-D55 has a 32x24 pixel resolution and is compatible with many Arduino and Seeeduino boards. It is also compatible with the Raspberry Pi series.
The IR Array Thermal Imaging Camera has a 32x24 pixel sensor array and is compatible with a wide range of Arduino and STM32 microcontrollers. It also offers a USB interface for integration into miscellaneous industrial applications. It is easy to install and is compatible with a variety of other popular microcontrollers, including the Arduino and Seeeduino.
The IR Array Thermal Imaging Camera is a small, non-contact thermal camera. It can detect the IR distribution of objects in the field of view, calculate the surface temperature and generate a thermal image. It supports Arduino, Raspberry Pi and STM32. There are many other advantages of the MLX90640 IR Array. This ir array thermal imaging camera is affordable and can be used in a variety of miscellaneous industrial applications.
The IR Array Thermal Imaging Camera has a 32x24 pixel thermal sensor array that can detect an object's temperature from feet away. The device can measure objects with +1.5c accuracy. The MLX90640-D55 is compatible with various Raspberry Pi series. This IR Array Thermal Imaging Camera can be used in smart devices. It is compatible with all of them.
IR Array Thermal Imaging Camera Breakout is a cheap and effective thermal imaging camera. It has a 32x24 IR thermopile sensor that can detect objects at a distance of +1.5 feet. MLX90640 IR Array provides continuous monitoring and measurement of temperature at a wide range of temperatures. The MLX90640 IR Array is an inexpensive alternative to more expensive and complicated models of the corresponding IR cameras.
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