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L3G4200PHMC5883PADXL345_test1
- ATmega128读九轴模块代码,读取三轴加速度传感器ADXL345，三轴磁阻传感器HMC5883和三轴陀螺仪L3G4200D的数据-code for ATmega128 to deal with ADXL345,HMC5883 and L3G4200D
l3g4200Padxl345PHMC5883LPbmp085
- 在keil3环境下，对九轴平衡模块l3g4200+adxl345+HMC5883L+bmp085四芯片的读取，并通过串口发送读取和计算结果得到当前需要测量的物体的具体姿态-keil v3,l3g4200,adxl345,HMC5883L,bmp085
GY-80-MCS-51
- 九轴传感器51单片机测试程序L3G4200D+ADXL345+HMC5883L+BMP085-9-axis sensor 51 microcontroller test program L3G4200D+ADXL345+HMC5883L+BMP085
HMC5883LPADXL345PBMP085PL3G4200D
- 在Keil uVison开发环境下，用火牛开发板（STM32F103VET6）的串口USART读取集成传感器九轴BMP085模块上的信息，包括磁场、三轴加速度、三轴角加速度和温度大气压等（HMC5883L、ADXL345、BMP085、L3G4200D）。-Under in Keil uVison development environment, use the AC adapter Development Board (STM32F103VET6), serial USART read the
Source
- 九轴加速度计与陀螺仪IIC读写程序 实现对物体运动与旋转的判定-9-axis accelerometer and gyroscope IIC read and write procedures to achieve the object movement and rotation determination
GY-80-ARDUINO
- GY-80-ARDUINO,GY_80九轴BMP085，基于ARDUINO，实现对ADXL345 ，BMP085，HMC5883L，L3G4200D的操作-GY-80-Arduino, nine GY_80 axis BMP085 based on Arduino, ADXL345, BMP085, HMC5883L, L3G4200D operation
uartPjiuzhou-sensor
- 串口输出九轴传感器数值，九轴传感器包括陀螺仪，加速度计、高度气压计、电子罗盘-Nine serial output shaft sensor, including nine shaft sensor gyroscope, accelerometer and high pressure gauge, electronic compass
stm32_chuanganqi
- 亲自整理 九轴传感器 + 光照传感器 驱动文件 stm32 使用,包括 : BH1750 + L3G4200D + ADXL345 + HMC5883L + BMP085-Personally finishing nine-axis sensor+ Light sensor driver file stm32 used, including: BH1750+ L3G4200D+ ADXL345+ HMC5883L+ BMP085
MPU6050PADXL345
- MPU6050九轴示例程序，主要介绍MPU6050辅助IIC接口的使用（MPU6050作为主机操作其他芯片）。包含ADXL345及MPU6050的操作方法-MPU6050 nine-axis sample program, introduces MPU6050 auxiliary IIC interface using (MPU6050 as the host operating other chips). Contains ADXL345 and MPU6050 method of opera
right
- 使用C语言编写代码，可以在atmegal 128上获取九轴传感器的数据，并且显示在LED上-Using C language code, you can get data on the nine-axis sensor atmegal 128, and the LED display
msp430
- 1.机架是上一届准备国赛前买的，电机是空心杯（2000转/min） ，电池是11.1V的航模电池 2.采用2块msp430f149最小系统做飞控板，一块用来姿态控制，一块用来完成题目要求，两者之间通过串口通信 3.陀螺仪用的是MPU9150（九轴），自带有地磁传感器，不需要再加地磁传感器 4.数据融合是靠MPU9150的内部DMP处理输出（该部分程序时移植32单片机的，针对430的时钟频率对该部分程序做了一些调整） 5.姿态控制算法是PID-1 rack is the last
STM32F103_MPU9250
- STM32F103与MPU9250九轴惯导器件通讯程序-STM32F103 and MPU9250 nine-axis inertial navigation device communication program
GY-80_STM32
- 基于STM32芯片的GY-80九轴数字陀螺仪及气压传感器模块串口通信程序-Based STM32 chip GY-80 nine-axis digital gyroscope and pressure sensor module serial communication program
pro
- 博世九轴传感器BMX055的驱动代码，C程序代码，包括加速度传感器，陀螺仪，磁力计驱动的实现-Bosch nine-axis sensor BMX055 driver code, C code, including the accelerometer, gyroscope, magnetometer driven implementation
AHRS
- 基于加速度、角速度的快速九轴姿态解算,选用传感器为MPU6050+HMC-Based on acceleration, angular velocity quick nine-axis attitude solution, the choice of sensor MPU6050+HMC
MPU9250-
- 基于stm32的MPU9250的使用,IIC通信，九轴串口输出-Based on the MPU9250 stm32 use, IIC communication, nine serial output shaft
MPU9150
- mpu9150加速度，角速度，磁场，九轴传感器，基于stm32实现，采用内置bmp解算姿态角，做四轴必备。-mpu9150 acceleration, angular velocity, magnetic field, 9-axis sensor, based on stm32 achieved using the built-in solver bmp attitude angle, make the necessary axis.
BMX055九轴传感器开发资料
- 博世（BOSCH）BMX055 九轴传感器的芯片资料，原理图，接口程序和驱动等(BOSCH (BOSCH) BMX055 nine axis sensor chip data, schematic diagram, interface program and driver and so on)
龙邱K60F系列核心板九轴例程
- 实现九轴传感器的运用，实现。单片机程序的处理(The implementation of the nine axis sensor is realized. Processing of single chip computer program)
STM32+GY-85九轴传感器 IIC
- STM32控制九轴传感器采集数据，并显示在液晶上。(The STM32 controls the nine - axis sensor to collect data and displays it on the liquid crysta)