Search results for: 'axis'

Dual-Axis Joystick Shield Features The dual-axis joystick shield is commonly used in robotics and game consoles. This module includes a 2-Axis joystick, 4 large buttons, 2 small buttons and a number of pins to connect to other components.The key features of this joystick are:A joystick in both X and Y directions4 buttons with plastic cover in 4 different directions2 separate small buttonsSerial / Bluetooth interfaceI2C interfacenRF24L01 interfaceConnection pins to nRF24L01 moduleNokia 5110 LCD interfac...

MPU9250 + BMP280 Module Features This module combines a 9-axis MPU8250 IMU and a BMP180 atmospheric pressure sensor. Therefore you have a 10DOF sensor in one place! It can communicate with arduino or any other microcontroller via I2C protocol. Using FreeIMU functions and source code, you can easily build an AHRS system to use in UAVs, VTOLs, model airplanes, etc. You can also use it in industrial, medical, ... devices. MPU9250 + BMP280 Module Pinout This sensor ha...

What is ADXL375 Accelerometer Module? The ADXL375 module is an ultra-accurate 3-axis accelerometer sensor. This accelerometer can measure up to 200 g of force in three axes (X Y Z) (g: the gravity acceleration, which is around 9.8 meters per square second. In simpler words: nearby the acceleration of a spaceship rocket!!!)Other useful features: I2C and SPI interfaces for communication as well as two interrupt pins that can be configured independently.ADXL375 is an advanced version of ADXL345 and ADXL343...

GY-801 IMU Module Features The GY-801 sensor module is a precise 9-axis sensor which includes L3G4200D (Gyroscope), ADXL345 (Accelerometer), MMC5883MC (Magnetometer) and BMP180 (Barometric Pressure/Temperature) ICs.All these ICs use I2C protocol for communication. This module is also used in the development of ground and flying robots. To download the datasheet of GY-801 module, click here.[wpdm_package id='22867']To download the datasheet of L3G4200D sensor, click here.[...

MPU9250 + BMP280 Module Features This IMU module is a small board which all the sensors required for 10 degrees of freedom are placed in. This module communicates with the Arduino or microcontrollers via the I2C interface. Using the existing FreeIMU functions and source code, you can easily use this IMU as an AHRS system in flight controls. You can use this module in VTOLs, model airplanes, UAVS, and also industrial and medical devices. GY-91 Module Pinout This s...

GY-521 MPU6050 Features The GY-521 is based on the MPU6050 sensor that contains both a 3-Axis Gyroscope and a 3-Axis accelerometer. It uses I2C communication protocol and you can read MPU6050 outputs with SCL and SDA pins. Note The MPU6050 sensor has a digital thermometer in addition to the gyroscope and accelerometer. You can download the datasheet of this module here.[wpdm_package id='18153'] GY-521 MPU6050 Sensor Pinout This sensor has 8 pins:VCC: Mod...

MPU9250 9-Axis Gyro Accelerator Magnetometer Module Features The MPU9250 9-Axis Gyro Accelerator Magnetometer Module can provide acceleration, angle change and magnetic field on 3 axes x, y and z with high speed and accuracy. This module also features an embedded temperature sensor that can measure the temperature range between -40 to +85 degrees Celsius. The communication protocol of this module is I2C. MPU9250 9-Axis Gyro Accelerator Magnetometer Module Pinout Thi...

Single Axis 1:120 Gear Motor Features If you work in electronics and robotics field, you have come across DC motors at least once. These motors are one of the most widely used elements in electronics and robotics. These motors convert direct current electrical energy into mechanical energy.An external source provides power for the stator of these motors. As a result, the current flowing through the stator creates a uniform field under the poles. Of course, permanent magnet can supply the stator field, ...

GY-25 Module Features The GY-25 sensor module is a high-resolution 3-axis sensor based on the MPU6050 sensor. It includes a 3-axis gyroscope and a 3-axis accelerometer, all in the MPU6050 sensor chip. The GY-25 module also has a microcontroller called the 32F030F4P6. Its role is to process and convert data from the MPU6050 sensor to obtain the angle value. The microcontroller and Arduino board communicate with the GY-25 module through the UART interface. In addition, the GY-25 module has an I2C interface fo...