搜索资源列表
digital-compass
- 基于MSP430F149和HMC5883L的数字指南针 MSP430F149控制HMC5883L测量地磁场, 计算方向角并通过串口发送(字符形式), NOKIA5110 显示方向及角度 (正东方为0度,图形显示磁北方向) 压缩包包括: 硬件——原理图、PCB(Altium Designer Winter 09)、PDF格式图纸 软件——源代码程序及参考程序 照片——实物照片7张 2011_08_13 整理 沨 -Based on MS
Sensor
- M sensor在windows GUI顯示程式範例,可以偵測地磁方向-M sensor display in the windows GUI programming examples, can detect the direction of geomagnetic
c8051f020-dicichang
- 基于C8051F020的地磁场测量仪完整程序-Complete program of the geomagnetic field measuring instrument based on C8051F020
stm32
- 基于STM32的单片机程序,可以实现地磁传感-Geomagnetic sensor based on the STM32 microcontroller program
STM32_AHRS_WorkDir
- 这是我从淘宝买的一套很不错的IMU(姿态测量单元)的学习套件,对与初学者来说,很好理解,STM32F103主控制器,集成了MPU-6050(集成3轴陀螺仪和3轴加速器)、HMC5883L(3轴地磁传感器)、BPM085(气压高度计、该传感器在高线性模式下,分辨率为0.03hPa、0.25米,可以满足机器人室内爬楼梯的的高度检测)、STM32F103T8 (32-bit ARM CortexM3处理器运行在72M时钟)-This is a very good buy from Taobao IMU
MiniIMU-AHRS
- 这个是上位机。这是我从淘宝买的一套很不错的IMU(姿态测量单元)的学习套件,对与初学者来说,很好理解,STM32F103主控制器,集成了MPU-6050(集成3轴陀螺仪和3轴加速器)、HMC5883L(3轴地磁传感器)、BPM085(气压高度计、该传感器在高线性模式下,分辨率为0.03hPa、0.25米,可以满足机器人室内爬楼梯的的高度检测)、STM32F103T8 (32-bit ARM CortexM3处理器运行在72M时钟)这个是上位机-This is the host computer.
HMC5883
- 基于MSP430单片机的开发,主要功能是实现了地磁传感器的启动,这是我暑假和同学弄的,并测试过了-Development based on MSP430 MCU, the main function is to achieve a geomagnetic sensor startup, this is my summer vacation and students get, and tested
4x_mb_scr_code
- 微四轴飞行器飞控源码,姿态检测以及PID姿态控制,以及mpu6050的以及地磁传感器的驱动程序。-Micro Four aircraft flight control source, gesture detection, and PID attitude control, and mpu6050 as well as geomagnetic sensor drivers.
HMC5883L
- 使用Keil uVision3环境下,针对C8051F350芯片开发HMC5883L的基于I2C接口的数据传输程序。实现HMC5883L地磁分量信息的读取,采用串口传输。-Using Keil uVision3 environment for C8051F350 chip development HMC5883L I2C interface based data transmission procedures. Achieve HMC5883L geomagnetic component inf
yas_mag_driver-yas530
- 关于地磁传感器部分的驱动开发,型号YMA530及YMB532B-On the part of the driver development geomagnetic sensor, a geomagnetic sensor on the part of the driver development, model YMA530 and YMB532B
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
STM32F103RCT6_HMC5883L(V0500)
- 微处理器STM32F103,I2C协议读取HMC5883L传感器数据,完成地磁数据处理;-Microprocessor STM32F103, I2C protocol HMC5883L read sensor data, complete the geomagnetic data processing
madgwick_algorithm_c
- 利用加速度,角速度,地磁 9轴加速度计,陀螺仪,地磁传感器参数融合,利用四元数降梯度法合成姿态值-Using acceleration, angular velocity, magnetic 9 axis accelerometer, gyroscope, geomagnetic sensor parameter fusion, using the four element method to reduce the value of synthetic attitude
DMP
- 四旋翼飞行器,主控芯片为MSP430F149,采用MPU6050陀螺仪的自带DMP功能。程序中还包含HMC5883L地磁传感器、24L01发送程序、EEPROM和OLED程序-Four-rotor aircraft, the master chip MSP430F149, using MPU6050 gyroscope comes DMP functionality. HMC5883L program also includes a geomagnetic sensor, 24L01 trans
MSP430-kalman
- 四旋翼飞行器,采用MSP430F149,通过卡尔曼滤波实现自稳。其中包括陀螺仪MPU6505、地磁HMC5883L、以及OLED、24L01和EEPROM-Four-rotor aircraft, the use of MSP430F149, Kalman filter to achieve homeostasis. Including the gyroscope MPU6505, geomagnetic HMC5883L, and OLED, 24L01 and EEPROM
LSM303_test
- msp430地磁加速计程序,来确定方向,辨别倾角-MSP430 geomagnetic accelerometers
diciTest
- 地磁传感器单片机编程,其中有地磁传感器的使用方法,单片机的编程源码-Geomagnetic sensor microcontroller programming, which has the use of geomagnetic sensors, microcontroller programming source code
HMC5883
- 基于stm32f103的地磁模块HMC5883L(Geomagnetic module HMC5883L)
IST8310
- IST8310 的数据手册,三轴地磁传感器。(IST8310's data handbook, three axis geomagnetic sensor.)