搜索资源列表
MPU6050
- mpu6050的部分功能，包括一些四元数的算法，和一些有关平衡计算的功能方法-part function aboutMPU6050
实验32 MPU6050六轴传感器实验1
- 实现MPU6050数据采集用在LCD上显示(MPU6050 data acquisition, used in LCD display)
mpu6050
- mcu430检测6050陀螺仪的角度，程序内有I2C中断，在测试平台上可以跑的(Mcu430 detects the angle of the 6050 gyro)
MPU-6050寄存器映射
- MPU6050寄存器的使用说明，了解其寄存器(MPU6050 instructions on the use of the register, understand its registers)
balance trolley
- 使用MPU6050模块 pid算法 使小车直立(Using the MPU6050 module, the PID algorithm makes the car stand upright)
MPU6050
- STM32 AVR ARDUINO MPU6050
Datasheet
- Full data for mpu6050 programming
PCB Library
- MPU6050 PC library for Visual studio
Sample code
- MPU6050 sample code for different platforms
Arduino-MPU6050-master
- 基于arduino的6050库，可以使用arduino自带串口示波器查看波形(6050 libraries based on Arduino)
平衡小车2
- 一个完整的平衡小车工程，使用MPU6050芯片自带的DMP读取数据倾角信息并做出控制。(A complete balance of the car project, using the MPU6050 chip comes with DMP to read the data tilt information and make control)
MPU6050
- 智能小车专业，代码已完成，直接输出欧拉角。(Smart car professional, the code has been completed, the direct output Euler angle.)
GY-52三轴陀螺仪MPU3050
- 51单片机通过iic获取mpu6050原始10位数据(51 microcontroller through the IIC to obtain the original mpu6050 10 bit data)
mpu6050
- 基于stm32的六轴传感器驱动源码，可以用触摸屏实现其数据实时显示(six axis sensor driver source code based on STM32 , you can use touch screen to achieve real-time display of its data)
50
- 通过mpu6050测加速度角速度在LCD上显示(Measured by mpu6050, the acceleration angular velocity is displayed on the LCD)
MPU6050_DMP
- MPU6050 stm32 源码，实测可用(MPU6050 stm32 Source code)
I2C_MPU6050
- 使用dsp读取6050的各项数值，其中mpu6050位继承陀螺仪及加速度及的模块，可以测得各轴向加速度，及各向偏角(Using DSP to read the values of 6050, the mpu6050 inherited the gyroscope and the acceleration module, which can measure the axial acceleration and the Angle of each direction)
GY521mpu-6050资料
- 实现了显示6050原始数据的功能，包括角速度与加速度(Display of raw data of mpu6050, including angular velocity and accelaration)
MP6050
- STM32 keil5 MPU6050带卡滤波尔曼滤波(MPU6050 card filter Kalman filter)
MPU6050
- 基于arduino的mpu6050数据获取的示例程序(Mpu6050 data acquisition based on Arduino sample program)