Detecting lightning is only one of the functions, integrated with various sensors of the open source science pocket instrument DIY

I am convinced that knowledge can bring changes. We may live in a world, in this world, can discover new and interesting things anytime, anywhere. For example, if there is such an instrument, it can show how many leaf gemosides in the leaves of leaves. At the same time, it also shows how the air pollution around us is, as an educator and researcher, I think that if people can easily find their lives. The same important social topic, then they will make a positive choice, such as reducing emissions or avoiding chaos. By using a general inexpensive sensor tool, people can understand healthy leaves, clean air, clouds and water cycles, energy-saving homes, and visualize abstract concepts such as spectral or magnetic force. In such a context, I DIY has an open source scientific pocket instrument ArduCorder mini. Hardware and system design ArduCorder Mini is an Arduino compatible hand-held testing device, and the delicate design is easy to use, with a large sensor array that is easy to share sensing discovery. It is also compatible with Chipkit MAX32, which is a more powerful PIC32 series product on the Arduino platform, with 512K RAM PIC32MX795F512L flash, 80MHz processing speed, and multiple sensor interfaces. The current prototype is designed to use a 1.5-inch OLED, touch interface, and a connector for 5 modular sensor boards, each sensor board including a plurality of sensors. These sensor boards are designed to be interchangeable and upgraded, so a large amount of configuration having different sensing and price points is possible. Although ArduCorder Mini has a variety of ready-made sensing functions, its design is also easy to upgrade people. Sensor function The current prototype is designed to include the following sensing function: Atmospheric sensor Ambient temperature and humidity: htu21d Environmental pressure: Bosch Sensortec BMP180 A variety of gas sensors: SGX-Sensortech MICS-6814 Electromagnetic sensor Three-axis magnetometer: Honeywell HMC5883L Lightning sensor: AMS AS3935 X-ray and gamma ray detectors: radiation protection watch 5 Low resolution camera: Mai Munxin MLX90620 16 × 4 Homemade linear polarizer: 2 Taos TSL2561 Ultraviolet: Silicon Labs Si1145 Spectrometer: Bin Song C12666MA Mini Spectrometer, Equipped with Neopixel Light Source Space sensor Inertial measuring unit: Invensense MPU-9150 9 axis (3-axis accelerometer, gyroscope and magnetometer) Other sensors Microphone: Analog Devices ADMP401 About product specific features You can watch the following demo video. Be Copyright Notice: Circuit City Original compilation, translation from HackADAY, please indicate the source!

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