As summer is coming, I bought a USB fan from HuaQiangBei, Shenzhen. However, when I focus myself on work(or game), I could hardly notice its existence. If I can teach it how to think and execute its duty without my order, that will be more practical and fun! So roll your sleeves and follow me […]
Temperature-controlled USB fan using Arduino Continue Reading
Update: 7th April 2019 – Rev 3 of lp_BLE_TempHumidity, adds Date/Time plots, Using pfodApp V3.0.362+, and auto throttling when sending data, alongside Low Power BLE in Arduino Update: 24th March 2019 – Rev 2 of lp_BLE_TempHumidity, adds more plot options and i2c_ClearBus, adds GT832E_01 support Introduction This tutorial, A Redbear Nano V2 Replacement, is Part 3 of
Easy Very Low Power BLE in Arduino Part 3 – Nano V2 Replacement – Rev 3 Continue Reading
As my first project with Arduino, I would like to share how we can make a homemade Aquarium Management System. If you want your fish to be fed automatically and if you want to check the aquarium status like temperature, water level etc., this project might help you. Step 1: The Components Here we are
HRV Arduino Controller with Air Economizer So my history with this project is I live in Minnesota and my circuit board fried on my LifeBreath 155Max HRV. I didn’t want to pay the $200 for a new one. I always wanted something with an air economizer since our springs and falls here are perfect times
HRV (Home Air Exchanger) Arduino Controller With Air Economizer Continue Reading
During my high-school sophomore year, the 3rd floor of our house lighted on fire due to a short circuit. Fortunately, my family was away on vacation for Christmas. But if we were home, wouldn’t it be crucial to tell the direction of fire quickly so that we know the direction to evacuate? Consider another situation.
Two other tutorials I have written step you through the basics (Arduino 101) and how to create a really basic data logger (Arduino Datalogger – simple). This tutorial will step through how to attach servo motors, and use temperature sensor to move it! The premise is that often, you want to respond to some input
A pyranometer measures the sun’s irradiance (power/area, basically “brightness”) on a surface. Despite the similar names, it is completely different from a pyrometer, so stop right here if that is what you are looking for. This Instructable describes how to build and test a modified version of the pyranometer kit offered by Dr. David Brooks of the
Measuring just 0.9×0.6×0.3mm (50 % smaller than a conventional 32.768 kHz crystal resonator), the WMRAG series 32.768 kHz MEMS resonator is the world’s smallest, claims manufacturer Murata. Murata Manufacturing Co., Ltd. (Head Office: Nagaokakyo-shi, Kyoto; Chairman of the Board and President: Tsuneo Murata) has developed the world’s smallest 32.768kHz MEMS resonator, which is expected to
32.768 kHz MEMS resonator is only 0.9×0.6×0.3mm Continue Reading
A Weather station project is a project that gives you information about the weather in a particular area and is quite useful for a lot of things like planning of the day, farming and several others. A weather station project is one of those projects where you can have different types of sensors attached to it.
Interesting Sensors To Add To Your Weather Station Project Continue Reading
Still on the journey to complete an “upcoming project”, “ESP32 NTP Temperature Probe Cooking Thermometer With Steinhart-Hart Correction and Temperature Alarm” is an Instructable showing how I add an NTP temperature probe, piezo buzzer and software to my capacitive touch Instructable “ESP32 Capacitive Touch Input Using “Metallic Hole Plugs” for Buttons” to create a simple
