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DIY USB OSCILLOSCOPE IN A MATCHBOX

DIY – USB OSCILLOSCOPE IN A MATCHBOX

I present a “BEST OF CLASS”, “Full-Featured” DIY-USB OSCILLOSCOPE which is “Truly DIY”. My aim is to provide a cheap Digital-Storage-Oscilloscope for Students, Budding Engineers and the Hobbyist. This USB-Oscilloscope could be part of the laboratory equipment in educational establishments. Build this DIY-Oscilloscope for just $15 —————————————————————————————————- Today 21 Nov 2014, my Instructable crossed 100000

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Wifi Switch board or Smart Plug with Esp8266 Attiny 85 PIR Sensor with android app

Wifi Switch board or Smart Plug with Esp8266, Attiny 85 & PIR Sensor with android app

The Wifi Arduino 85 is a small board with ESP8266 -01 module, Attiny85 micro controller and a relay. It Also has and additional header for connecting an external relay or to connect sensors like PIR, IR etc depending on your application. If you are a tinkerer you will also be able to connect a HC-05/06

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Geiger–Müller counter that can work with Arduino or almost any evaluation board

Geiger–Müller counter that can work with Arduino or (almost) any evaluation board

The Geiger–Müller counter is a relatively simple tool to measure ionizing radiation. To increase sensitivity, construction presented here contains three (instead of one as usually) soviet STS-5 lamps. This is important for measurements of natural sources of (low) radiation like soil, rocks (an article about my trip with Geiger–Müller counter on Śnieżka mountain). Principle of

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Pozyx accurate indoor positioning for Arduino

Pozyx: accurate indoor positioning for Arduino

What is Pozyx? Pozyx is the first affordable and easy-to-use hardware solution that provides accurate indoor (and outdoor) positioning and motion information for Arduino. In order to achieve a positioning accuracy of a few centimeters, the pozyx system relies on a novel wireless radio technology called ultra-wideband (UWB). The accuracy achieved with this ultra-wideband technology

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