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- 这款无线报警主机对任何发射频率为315M，编码采用PT2262的无线探头都可适用，如无线人体探测器，无线门磁传感器、无线微波探测器等，由于实际使用的环境不同，所需主机与之相配套的设置也不同，-Wireless Alarm host fired for any frequency 315M, Realize coding using wireless probe can be applied, such as human detectors wireless, wireless Magnetome
ExampleCode_iSensor_ADIS16405
- 在keil c开发环境下，采用C语言编写的对惯性测量单元（IMU+磁力计）ADIS16405的测试程序，希望能有所帮助-In keil c development environment, written using C language on the inertial measurement unit (IMU+ magnetometer) ADIS16405 testing procedures, hoping to help
C2953
- 地球磁场磁强计 设计的CY8C22213的PSoC微控制器，地球磁场磁强计精确测量的力量，地球的磁场。这有效地压力表分钟磁力变化引起的太阳风暴，这会影响到无线电和电力系统。此外，地球磁场磁强计表明极光活动。 通过使用磁通门传感器和外部电磁铁，地球的外地被取消了，该系统可以侦测到一个空场。因此，是非常敏感的系统，而无需增益校准的磁通门传感器。-Earth Field Magnetometer Designed around the CY8C22213 PSoC microcont
ProtonPrecisionMagnetometerAbstract
- A proton precession magnetometer was built which uses an advanced data analysis technique to decrease the susceptibility to ambient noise. The project uses the Keil MCB2130 board to do the data analysis.
cmps09-sourcecode
- cmps09 sourcecode: The CMPS09 module is a tilt compensated compass. Employing a 3-axis magnetometer and a 3-axis accelerometer
MEMS
- 用STM8单片机编写的采集三轴加速度计、三轴磁力计以及三轴陀螺仪的数据-STM8 microcontroller written acquisition triaxial accelerometer, triaxial magnetometer, and three-axis gyroscope data
LSM303DLHC
- 新一代地磁模块，助力高精度移动罗盘。新产品LSM303DLHC采用3x5x1mm微型封装，最小功耗仅为110µ A，可满足便携式消费电子应用对尺寸和功耗的限制性要求，同时还具有出色的测量精度和性能。 在一个封装内同时集成高性能运动感应和地磁感应-Ultra compact high performance e-compass 3D accelerometer and 3D magnetometer module
HMC5883L
- HMC5883L磁力计，用于测量三个轴的磁场，运用I2C总线通过外部输入中断触发去读取数据，并将结果通过串口传到上位机-HMC5883L magnetometer for measuring a three-axis magnetic field, the use of the I2C bus interrupt is triggered by an external input to read the data, and the results transmitted to the host
LSM303_Linux
- 此程序为在Linux操作系统中通过I2C总线驱动，来读取罗盘传感器LSM303（此传感器内含1个加速度计和一个磁场计）的加速度传感器的测量值。这个一个user space程序。-This procedure for the Linux operating system through the I2C bus driver to read the compass sensor LSM303 (This sensor includes an accelerometer and a magnetome
1T
- 四轴飞行器基本代码，MPU6050，STM32F103C8T6主芯片，HMC磁力计，BMP085气压计，开发环境MDK4.12-Quadrocopter basic code, MPU6050, STM32F103C8T6 main chip, HMC magnetometer, BMP085 barometer, development environment MDK4.12
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
magnetmeter
- 该程度读取读取5883L数据，以及读取SMGA三轴磁力计数据，使用的是spi通信方式，通过串口发送数据-Read Read the extent 5883L data, and reading SMGA triaxial magnetometer data, using spi communication, through the serial port to send data
HMC5883L
- 基于89C51的HMC5883L磁力计传感器的控制程序-89C51-based control program of HMC5883L magnetometer sensor
BMC050
- So far working with accelerometer only. Main target - configure motion detection with lowest possible power consumption. 4.2uA: accelerometer in low power mode with 1s sleep interval duration and slope detection interrupt activated magnetomete
STM32_HML5883L
- 该代码是磁力计代码，用在飞控上的，使用stm32芯片。-The code is the code magnetometer, used in the flight control, use stm32 chips.
HMC5843L
- 磁力计HM5843最新的用STM32可以读取的文件程序-Magnetometer HM5843 program file with the latest STM32 can read
Triaxial-magnetometer-routine
- HMC5883L-Triaxial magnetometer routine三周磁力计-HMC5883L-Triaxial magnetometer routine
MPU9250-use-SPI-config-AK8963
- MPU9250 9轴传感器，使用SPI4线模式，配置9轴数据，包括AK8963磁力计。相比I2C模式下的400K/S spi模式具有更高的传输速度。（使用的是STM32单片机）-MPU9250 9-axis sensor using SPI 4-wire mode, 9-axis configuration data, including AK8963 magnetometer. 400K/S compared to I2C mode spi mode has a higher tran
SMAG3
- 此文件为基于STM32F103的磁力计SMAG3的驱动读取程序，可以直接或者修改后直接使用。-This file is the magnetometer SMAG3 driver can be used directly or modified.
mpu6050
- 这是一个基于STM32的飞控完整程序,亲测可用,用的控制芯片是MPU6050六轴传感器和磁力计组成的九轴传感器。-输入文字或网址，即可翻译 这是一个基于STM32的飞控完整程序,亲测可用,用的控制芯片是MPU6050六轴传感器和磁力计组成的九轴传感器。 This is a complete program based on flight STM32, pro test is available, the control chip is used in nine axis sensor