搜索资源列表
5110液晶屏加记步
- 通过MPU6050陀螺仪实现几步功能,并且上位机显示功能,自己做的准确度还可以,希望大家讨论交流(Several steps are implemented through the MPU6050 gyroscope)
PhoneRotate
- 利用手机陀螺仪,根据旋转速度不一样,切换不同的图片(Using mobile phone gyroscope, according to the rotation speed is different, switch different pictures)
陀螺仪
- 陀螺仪的使用及拓展功能详解(误)其实就一个程序不过能够用52单片机驱动陀螺仪(The use and development of the gyroscope is explained in detail (error). In fact, it is a program, but it can drive the gyroscope with 52 single chip microcomputer)
加速度传感器和陀螺仪有关资料
- 陀螺仪的基于51的应用程序可以通过串口记录陀螺仪的六个数据(A gyroscope based 51 application can record six data from a gyroscope through a serial port)
MPU6050
- 读取陀螺仪数据并传到匿名非控上位机,可以读取曲线,姿态等数据(Read the gyro data and send it to an anonymous non controlling host computer to read data such as curves, gestures, etc.)
陀螺仪
- stc12单片机驱动mpu6050,读取数值(STC12 microcontroller drive mpu6050, read the value)
MiniIMU
- 该上位机可以校正串口陀螺仪的初始值,以及观察各个数据(Initial values can be corrected)
MPU-6050三轴加速度 陀螺仪模块资料
- MPU-6050三轴加速度 陀螺仪模块资料,可以参考学习(MPU-6050 three axis acceleration gyro module data, you can refer to study)
MMA8452Q
- 三轴陀螺仪MMA8452Q文档需要的朋友可下载(Three axis gyroscope MMA8452Q documents, friends need to download)
6050+oled
- 陀螺仪6050显示oled上应用于四旋翼或平衡车开发(The gyroscope 6050 shows the development of the OLED for four rotors or balanced vehicles)
激光多普勒测振仪对激光陀螺动态特性测试分析
- 激光多普勒测振仪对激光陀螺动态特性测试分析(Measurement and analysis of dynamic characteristics of laser gyro based on laser Doppler vibrometer)
惯性导航中加速度计和陀螺仪性能研究_徐东升
- 通过利用陀螺仪数据来解算和更新四元数,进而来计算姿态角。(The attitude angle is calculated by using the gyro data to solve and update the number of four variables.)
Recoder
- 安卓小应用,可以获取录音,gps,陀螺仪数据,界面包含录音按钮以及地图显示界面(Android small applications, you can access the recording, GPS, gyroscope data, the interface contains the recording button and map display interface)
motion_driver-5.1.2
- InvenSense陀螺仪姿态解算,直接输出四元数,省去姿态融合算法的编写,适用于飞控(The attitude calculation of InvenSense gyroscope outputs four elements directly, and avoids the compilation of attitude fusion algorithm, which is suitable for flight control)
I2C MMA7455&L3G4200
- 基于K10DN512微处理器通过IIC读取MMA7455加速度计和L3G4200陀螺仪数据(Reading MMA7455 Accelerometer and L3G4200 Gyroscope Data via IIC Based on K10DN512 Microprocessor.)
陀螺仪控制舵机
- 利用arduino平台编程,通过陀螺仪的角度来控制舵机的角度(The angle of the gyroscope is used to control the angle of the steering gear by using the Arduino platform.)
MPU-6050资料
- 三轴陀螺仪三轴加速度计的驱动代码,可有用来计算物体的运动状态。(Three-axis gyroscope three-axis accelerometer driver code.)
Arduino-陀螺仪控制步进电机
- 与单极步进电机不同,双极步进电机每相只有一个单绕组,没有抽头。 为了反转磁极,绕组中的电流需要反转,这意味着双极步进电机驱动通常更加复杂并且通常需要H桥排列。 由于没有公共端,每相有两个引线,典型的两相电机会有四根引线。 尽管双极电机通常驱动更加复杂,但它们确实具有它们的优点,因为更好使用的绕组,双极电机比同重量的单极电机更强大。 这是因为单极步进电机在相同空间中有两倍的导线量,并且在任何一个时间只能使用其一半,这意味着单极电机仅有约5
万年历源码V2.0
- 帮助开发者能更好的写陀螺程序.希望能对大家有帮助.(it is very helpful hope can be useful to developer)
STM32-MPU6050
- STM32读取MPU6050陀螺仪数据(STM32 read MPU6050 gyroscope data)