![Control servo motors with potentiometers and Arduino Control servo motors with potentiometers and Arduino](https://www.electronics-lab.com/wp-content/uploads/2015/10/FE4VAXPIFY9BOK5.MEDIUM.jpg)
Control servo motors with potentiometers and Arduino
by break_it_fix_it @ instructables.com: I needed to be able to control 3 different servo motors by altering the position of 3 potentiometers. There are lots of people out there doing things like this, but I couldn't find an exact match for everything I needed, so I decided to post...
Continue Reading![How to ensure a stabile RS485 communication? How to ensure a stabile RS485 communication?](https://www.electronics-lab.com/wp-content/uploads/2015/10/obr1769_p808.jpg)
How to ensure a stabile RS485 communication?
LTM2881 allows RS485 or RS422 communication even in harsh environment. RS485 is often used as physical layer for industrial buses like ModBus, ProfiBus, InterBus, P-Net, BACnet and Bit-Bus. Bus length depends on data rate and can reach as much as 1000m. Correct function of...
Continue Reading![LED Wave Display LED Wave Display](https://www.electronics-lab.com/wp-content/uploads/2015/10/FQIZHVSIFWTWGB9.MEDIUM.jpg)
LED Wave Display
by 17bhuey @ instructables.com: In order to create this project, many physical materials are necessary, a lot of which will not be found lying around at home. In order to do this project, you should go out to computer stores or look online for these products. Keep in mind that you...
Continue Reading![Lowest-drift bandgap voltage reference reaches 1.5ppm/°C, offers low dropout Lowest-drift bandgap voltage reference reaches 1.5ppm/°C, offers low dropout](https://www.electronics-lab.com/wp-content/uploads/2015/10/151019edne-lt6657-col.jpg)
Lowest-drift bandgap voltage reference reaches 1.5ppm/°C, offers low dropout
by Graham Prophet @ edn-europe.com: LT6657 is a family of ultra-stable bandgap voltage references that exhibits less than 1.5ppm/°C of temperature drift. Reinforcing this performance, the device has only 0.5ppm p-p of low frequency noise, less than 30 ppm of long term drift and 35...
Continue Reading![UP – Intel x5-Z8300 board in a Raspberry Pi2 form factor UP – Intel x5-Z8300 board in a Raspberry Pi2 form factor](https://www.electronics-lab.com/wp-content/uploads/2015/10/up_board-e1445323445959.png)
UP – Intel x5-Z8300 board in a Raspberry Pi2 form factor
UP, the credit card computer board for makers powered by Intel Quad Core Atom X5-8300 1.84GHz, running Linux, Windows 10, and Android We haven’t seen anything like that on the market. We saw plenty of cost effective boards, often powered by RISC technology, and industrial solutions...
Continue Reading![ATtiny85 and SSD1306 wearable display ATtiny85 and SSD1306 wearable display](https://www.electronics-lab.com/wp-content/uploads/2015/10/FTBFK9XIFWTQI5X.MEDIUM.jpg)
ATtiny85 and SSD1306 wearable display
by AwesomePCB @ instructables.com: How to make wearable display - OLED SSD1306 display run by ATtiny85 Step by step tutorial, with no steps to skip. The main goal of this tutorial is to show how to make wearable display run by Attiny85 and OLED display SDD1306. Due to...
Continue Reading![How to test a power supply or solar system? How to test a power supply or solar system?](https://www.electronics-lab.com/wp-content/uploads/2015/10/obr1768_p807-e1445250116803.jpg)
How to test a power supply or solar system?
Electronic loads, programmable and with a recovery function are the best choice for dynamic testing simulating real conditions. Usually you don´t test your power supply and you assume it is working well with your equipment. But what if not? Sometimes your equipment fails without...
Continue Reading![Simple FM Radio Simple FM Radio](https://www.electronics-lab.com/wp-content/uploads/2015/10/simple-fm-radio-1024x768.jpg)
Simple FM Radio
by electronics-diy.com: This is one of my favorite radio builds just because of how simple it is and how well it is able to pick up a lot of FM radio stations. I have browsed the world in search of a one transistor FM receiver. I have seen a couple but they were always attached to...
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