搜索资源列表
MPU-6050
- MPU-6050陀螺仪的开发资料，简单实用-The development of information of the MPU-6.05 thousand gyroscopes, simple and practical
MPU6000
- 利用SPI总线读取MPU6000的值，传感器数据准备好后产生外部中断进而触发STM32去读取-The SPI bus read MPU6000 value, the sensor data is ready and then generate an external interrupt trigger STM32 to read
MPU6000
- 使用Keil uVision3环境下，针对C8051F350芯片开发MPU6050的基于I2C接口的数据传输程序。实现MPU6050加速度和角加速度的读取，采用串口传输。-Using Keil uVision3 environment for development MPU6050 C8051F350 chip I2C interface-based data transmission procedures. Achieve MPU6050 and angular acceleration of
MPU6000
- Cortex M3 LPC1768单片机 通过IIC与SPI通信交叉读取MPU6000 三轴陀螺仪传感器的加速度 角速度。可用于运动物体姿态检测与倾角测量，可给产品带来较强的用户体验！-Cortex M3 LPC1768 microcontroller via SPI IIC communication with cross-axis gyro sensor reading MPU6000 acceleration angular velocity. Can be used for motion
MPU6050-mpu6000AV3.2
- 基于I2C的mpu6050开发、学习资料及测试程序，非常适合刚接触mpu6050及mpu6000的人员，同时简化开发流程，加快开发速度。- I2C based mpu6050 development of learning materials and testing procedures, very suitable for people new to mpu6050 and mpu6000, while simplifying the development process and spe
mpu6050-DMP-example
- 适用于stm32f103,SDA接pc15，SCL接pc14,mems芯片为mpu60x0，mpu9xx0.-This program is created for stm32f103. For using, you should connect SDA to PC15, SCL to PC14. MEMS chipset need to be mpu6000 series and mpu9000 series.
src_MPU6000
- 六自由度MSMS加速度计陀螺仪MPU6000 C源代码，已调试通过-Six degrees of freedom MSMS accelerometer gyro MPU6000 C source code, has been debugged through
MPU6500-DMP-IMU
- 基于STM32 F1编写的MPU6500+dmp的驱动代码，包括I2C.c。(Based on STM32 F1 written MPU6500+dmp driver code, including I2C.c.)
Firmware_F405 V1.2.1
- 硬件资源: 1,MCU: STM32F405RGT6 (FLAH:1024K, RAM:196K, 系统运行时钟频率:168MHz) 2,IMU: MPU6000(通信方式:SPI1, SCK:PA5 \ MISO:PA6 \ MOSI:PA7 \ CS:PC2) 3,气压计: BMP280(通讯方式:IIC1, SCL:PB6 \ SDA:PB7) 4,磁力计接口: HMC5883L(通讯方式:IIC1, SCL:PB6 \ SDA:PB7) 5,电调信号: PWM或On