This is a Freescale’s three axis, digital magnetometer MAG3110 is a low-power to adopt & reads an orientation an independent electronic compass that can be provide accurate heading information. It uses 400 kHz fast mode i2C serial interface output and
Wiring the MQ-XX Sensor for Ozone, LPG, C3H8, CO, H, C2H6O, C6H6 Gas Detection on STM32F
MQ-XX Sensor series is a sensitive gas detection sensor which provide a lower conductivity in a clean air. When the sensor detect a gas exist in area the sensor conductivity will increase. These sensor has a high sensitivity to Ozone,
Wiring the Diffused Reflection Laser Sensor with Microcontroller
This is a diffused reflection laser sensor that has an integrated IR transmitter and a receiver. This sensor using light that transmit by the Laser and receive by the Infrared since the laser adopts modulation processing technology, the receiving tube
Wiring The LIDAR (Light Detection and Ranging Sensor) Remote Sensing with Micro-controller
This is another illustration that demonstrate how to wire the LIDAR Sensor on your Microcontroller. LIDAR (Light Detection and Ranging) is a remote sensing device which is capable capture geographical information. LIDAR data is often collected by the survey of
Wiring the ESP8266 12E Remote Soil Moisture Temperature & Humidity Monitor
Another illustration that demonstrate how to use the ESP8266 as a web-based Soil Moisture / Temperature and Humidity Monitor. If you’re new to ESP8266 please refer to this link. There are 3 main component are used to this project. The
Wiring the ITG3200 / ADXL345 / HMC5883L 9DOF RAZOR IMU AHRH UART SPI i2C Communication
This is the 9DOF (Degrees Of Freedom) IMU (Inertial Measurement Unit) module that has 3 integrated sensor in one module board the ITG-3200 (Triple Axis Digital Output Gyroscope), ADXL345 (13bit Resolution ±16g Triple Axis Accelerometer), HMC5883L (Triple Axis, Digital Magnetometer)
Wiring the PCF8591 Digital to Analog Conversion with Microcontroller
This is the PCF8591 a single chip single supply, low power 8bit CMOS data acquisition device with four analog inputs. 1 analog output and i2c Serial communication bus interface that allows the connection to be connected in series integrated bus
Wiring the ADS1115 Analog to Digital Converter with Thermistor on Microcontroller
The ADS1115 is a device that converts Analog to Digital (ADC) driven by i2C Protocol, ADS1115 is a precision analog to digital converter with 16bits of resolution in an ultra-small leadless (QFN) and on a MSPO-10 package. The ADS1115 are
Wiring Multiple Sliding Potentiometer on Microcontroller
This is the sliding Potentiometer that provides intuitive benefits in to control and adjusting a resistance. For example controlling UP and DOWN, FORWARD and REVERSE, LEFT and RIGHT sometimes using Rotary Potentiometer is confusing. Slider potentiometer has a logarithmic taper
Wiring the TLS2591 High Range LUX / LIGHT Intensity / Ambient Light Sensor on Microcontroller
TLS2591 is high sensitive light to digital converter that transform light intensity into digital signal output that has integrated i2C interface on chip. The TLS2591 combines one infrared-responding photodiode on a single CMOS integrated circuit that has two integrating ADC
Wiring the MAX30100 Heart Rate Monitor with Arduino Microcontroller
This is the MAX300100 breakout board that reads heart rate or pulse oximetry. The chip has an integrated optical sensor that derives its reading from emitting two wavelength of light from the two LED’s then measures the absorbance of pulsing
Wiring the ML8511 Ultra Violet Light Sensor on Microcontroller
This is the ML8511 Ultra Violate Light Sensor, which is suitable for acquiring UV intensity indoor or outdoor. The ML8511 equipped with internal amplifier which converts photo-current to voltage depending on UV intensity, and offers you an easy interface to