![A dual sensor fan controller build A dual sensor fan controller build](https://www.electronics-lab.com/wp-content/uploads/2016/10/pic-board2.jpg)
A dual sensor fan controller build
Kerry Wong has designed and built a dual sensor fan controller: To make the design more useful, one channel is marked as optional (see components with * on the silkscreen) so that you can build either a single sensor fan controller or a dual sensor one. With two sensors, the control...
Continue Reading![MyComm: A portable satellite messaging system MyComm: A portable satellite messaging system](https://www.electronics-lab.com/wp-content/uploads/2016/10/5612271463752619358.jpg)
MyComm: A portable satellite messaging system
Never before have we been so incredibly connected to one another than today; thanks to the prevalence of internet and mobile data networks. But the dimension of this connected world is finite and ends not far beyond the outermost cell phone tower. John Grant wanted to be connected to his...
Continue Reading![A Powerful Alternative of ESP8266 Wifi Module A Powerful Alternative of ESP8266 Wifi Module](https://www.electronics-lab.com/wp-content/uploads/2016/10/PADI-IoT-Stamp.jpg)
A Powerful Alternative of ESP8266 Wifi Module
The potential competitor of ESP8266 wifi module will be available next week for just $2! Pine64, the manufacturer of the first $15 64-bit single board computer, is now preparing to launch “PADI IoT Stamp” RTL8710AF module. This module has the size of the stamp, a small 24mm x 16mm...
Continue Reading![Enhanced Wireless High Power Transmission Enhanced Wireless High Power Transmission](https://www.electronics-lab.com/wp-content/uploads/2016/10/project-image-160199-1.jpg)
Enhanced Wireless High Power Transmission
A group of developers in Elektor Labs have modified a high power wireless power transfer project, which originally developed by Würth Elektronik eiSos GmbH & Co. KG, an electronic and electromechanical components manufacturer in Europe, in an attempt to come up with an...
Continue Reading![WiLoader : The WiFi Programmer for Arduino & AVR WiLoader : The WiFi Programmer for Arduino & AVR](https://www.electronics-lab.com/wp-content/uploads/2016/10/88fc4c2107d9c5238a22606cadf1fed0_original-e1475581606312.png)
WiLoader : The WiFi Programmer for Arduino & AVR
The new generation of programmers that use WiFi instead of cables. Program, control and monitor Robots, AVR and Arduino over WiFi. Have you ever thought of programming wirelessly ? WiLoader is the answer. But HOW ???? WiLoader easily connects to your WiFi network, then you can...
Continue Reading![WiFi enabled Motors WiFi enabled Motors](https://www.electronics-lab.com/wp-content/uploads/2016/10/9c1b0a5daf4d8b5f519aff9a1f68242f_original.png)
WiFi enabled Motors
WiFi controllable motors for your many projects. An Open Source platform that anyone can use. Using our motors is as simple as joining your motors network (or adding the device to an existing network) and controlling it with any of our apps, its built it webpage, or just raw JSON...
Continue Reading![Creating footprints in KiCad using a scanner Creating footprints in KiCad using a scanner](https://www.electronics-lab.com/wp-content/uploads/2016/10/20160929-outline-cbe168dbc70dceec494b8268d7ec95ba699c5b07fa83623233da3bd3752e09f8.png)
Creating footprints in KiCad using a scanner
Jan @ jasiek.me decided to use a flatbed scanner to trace out a footprint in KiCad. [via] Some time ago I sourced a number of very cheap SD card sockets from China for a hobby project I was working on. Sadly, when it came to PCB design, I couldn't find the footprints for this...
Continue Reading![App note: Engineering scaling App note: Engineering scaling](https://www.electronics-lab.com/wp-content/uploads/2016/10/an_murata_dms-an4.png)
App note: Engineering scaling
Scaling large values to be fed on limited input digital meters, application note from Murata. [via] It is oftentimes necessary to attenuate “large” input signals down to a level that more closely matches the input range of a selected meter. For example, suppose the signal to be...
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