The MPU-6050 accelerometer is a triaxial MEMS type device, that can be programmed to measure from 2 g to 16 g . The MPU-6050 sensor is mounted on the board GY-521 ( Fig. 2a ). The sensor board has a ...

This simple Arduino-based build uses the ubiquitous MPU-6050 which provides 3-axis acceleration and 3-axis gyro data all processed on-chip, so it can measure where you’re going, which way you ...

The Micro measures 48 mm in length and 18 mm in width and weighs about 13 g. The Nano, on the other hand, comes in the smallest form factor Arduino offers , with the same 18 mm width but a shorter ...

The Arduino Wire library is a core aspect of Arduino's integrated development environment, or IDE, and is a must-have if you're using sensors or extra microcontrollers in your project.

Arduino, an open-source hardware pioneer with 32 million active developers worldwide, today announced a strategic partnership with DMC, a consulting f ...

Unmanned Aerial Vehicles (UAVs) are widely used for various civilian, security and military applications. UAVs are equipped with a number of sensors such as accelerometers and gyroscopes, the measured ...

Arduino has a history of working closely with technology leaders around the world, including Arm, Google, Bosch, Intel and others, to ensure its products are always cutting edge, aligned with the ...

The MPU6050 uses the I2C module for communication. Since the I2C pins are 5V tolerant, we can use them with the Arduino without any level converters. The SCL pin is connected to the SCL pin (A5) of ...

CU Boulder students can now expand their skillset with the latest Arduino knowledge – something in high demand in today’s job market. The Integrated Teaching & Learning Program (ITLP) at the College ...

PD Micro is the first Arduino-compatible board with USB Type-C Power Delivery, which allows your project to make use of voltages from 5-20 V. It’s ...

PD Micro is the first Arduino-compatible board with USB Type-C Power Delivery, which allows your project to make use of voltages from 5-20 V. It’s ...