Thermal Camera Analysis with Raspberry Pi (AMG8833)

The AMG8833 infrared thermopile array is a 64-pixel (8x8) detector that approximates temperature from radiative bodies. The module is wired to a Raspberry Pi 4 computer and communicates over the I2C bus at 400kHz to send temperature from all 64 pixels at a selectable rate of 1-10 samples per second. The temperature approximation is outputted at a resolution of 0.25°C over a range of 0°C to 80°C. A real-time infrared camera (IR camera) was introduced as a way of monitoring temperature for applications in person counting, heat transfer of electronics, indoor comfort monitoring, industrial non-contact temperature measurement, and other applications where multi-point temperature monitoring may be useful. The approximate error of the sensor over its operable range is 2.5°C, making is particularly useful for applications with larger temperature fluctuations. This tutorial is meant as the first in a series of heat transfer analyses in electronics thermal management using the AMG8833.

Arduino Internet of Things Part 3: External Interrupts Using A Motion Sensor (HC-SR501)

Arduino, Programming, ElectronicsJoshua HriskoMarch 25, 2018Interrupt, Arduino, Amazon, ATmega, ATmega328p, Bluetooth, Breadboard, code, DIY, Resistor, Infrared, Internet of Things, programming, IR, IoT, interrupt, DIY Arduino, Sketch, Loop, loop, Open-Source, Quartz Crystal, raspberry pi, Serial, Upload, while loop, 16 MHz, 4 MHz, Arduino Internet of Things, SensorComment

Heat Transfer of the Raspberry Pi Using Arduino, An Infrared Thermometer, and Type-K Thermocouple