Tag: Arduino
![Meet the Breadboard Compatible MCP4901 DAC Based Breakout Board Meet the Breadboard Compatible MCP4901 DAC Based Breakout Board](https://www.electronics-lab.com/wp-content/uploads/2020/05/ept.jpeg)
Meet the Breadboard Compatible MCP4901 DAC Based Breakout Board
US-based technology Product development company, Earth People Technology, recently announced the launch of a DAC (digital to analog converter) breakout board that is based on the popular eight-bit MCP4901 DAC Chip. The new breakout board, in line with the nature of the products...
Continue Reading![Building an ATmega 1284p based data logger Building an ATmega 1284p based data logger](https://www.electronics-lab.com/wp-content/uploads/2020/05/1284-28_prototrim.jpg)
Building an ATmega 1284p based data logger
Detailed instructions of how to build an ATmega 1284p based data logger: [via] In this tutorial, a logger is built using a 3.3v Moteino MEGA with a 1284p CPU @ 16Mhz, w 4K eeprom,16K SRAM for variables & 128K program space. Considerably more than the 328’s 1K eeprom, 2K ram &...
Continue Reading![2.7A PWM Valve/Solenoid Driver Arduino Nano Shield 2.7A PWM Valve/Solenoid Driver Arduino Nano Shield](https://www.electronics-lab.com/wp-content/uploads/2020/05/001.jpg)
2.7A PWM Valve/Solenoid Driver Arduino Nano Shield
This Arduino shield helps to drive various loads like a solenoid, valve, motor, inductive actuator, heater, and bulb. A wide supply range 8V-60V and a load current of 2.7A allows it to be used with a variety of actuators. The board can be used as a stand-alone driver or it can be...
Continue Reading![Piskey Atto is a Tiny Arduino Compatible Board with USB Piskey Atto is a Tiny Arduino Compatible Board with USB](https://www.electronics-lab.com/wp-content/uploads/2020/05/2020-04-18T11_01_00.176Z-Atto_C_Iso-e1588952443487.jpg)
Piskey Atto is a Tiny Arduino Compatible Board with USB
Designed with makers in mind, this cost-effective Piskey Atto handles most of the issues developers face with some of the available development boards. “We recently started creating DIY projects on our YouTube channel and we ran into a similar issue, time and again. Most of the...
Continue Reading![Sound Sensor with onboard Relay Arduino Nano Shield Sound Sensor with onboard Relay Arduino Nano Shield](https://www.electronics-lab.com/wp-content/uploads/2020/05/IMG_4361.jpg)
Sound Sensor with onboard Relay Arduino Nano Shield
This sound sensor with Relay driver shield for Arduino Nano can be used to develop sound-activated ON/OFF switch or other projects that require sound senor. LM358 op-amp is used as the amplifier, 1st op-amp amplifies the microphone signal, and 2nd op-amp works as a half-bridge rectifier...
Continue Reading![Arduino-Based SSD uses an ATmega8 & 8 EEPROM chips Arduino-Based SSD uses an ATmega8 & 8 EEPROM chips](https://www.electronics-lab.com/wp-content/uploads/2020/04/ardssd-1024x576.jpeg)
Arduino-Based SSD uses an ATmega8 & 8 EEPROM chips
“Now, instead of using an SD card to store configuration files, I can simply send commands via the UART interface to the SSD from an external board and store/retrieve data without the extra code overhead.” SD cards are used for storing information when logging data or retrieving...
Continue Reading![Seeed Launches an innovative All-in-one Grove Beginner Kit for Arduino Seeed Launches an innovative All-in-one Grove Beginner Kit for Arduino](https://www.electronics-lab.com/wp-content/uploads/2020/04/Parts-1024x445.jpg)
Seeed Launches an innovative All-in-one Grove Beginner Kit for Arduino
Open-Source Hardware manufacturing super-power, Seeed Studio recently announced the launch of a new All-in-one Arduino Kit for Beginners. Designed for both learners and educators, the Grove beginner kit for Arduino aims to make learning Arduino programming fun and simple. According to...
Continue Reading![BalBot: a Self-Balancing Robot BalBot: a Self-Balancing Robot](https://www.electronics-lab.com/wp-content/uploads/2020/04/BalBot-a-Self-Balancing-Robot-Elektor-Magazine-631x1024.png)
BalBot: a Self-Balancing Robot
In contrast to technology and science, in everyday life, a distinction is rarely made between regulation and control. A mere control system does not monitor the output value, meaning that it can change due to external disturbances. A simple and typical example is the speed control of a...
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