Working principle of electronic geomantic compass

The electronic geomantic compass uses a biaxial X/Y magnetoresistive electronic sensor to measure geomagnetic north latitude, which has biaxial inclination compensation, and the geomantic compass accuracy reaches 0.5 degrees. The electronic geomantic compass can correct the compass degree deviation caused by indoor magnetic field and building steel bars. The inclination angle of geomantic compass 15 degree can also be accurately measured, and the current laser pointing degree and the sitting direction of the twenty-four mountains can be automatically displayed. The built-in microprocessor calculates the included angle between the sensor and magnetic north. There is no magnetic interference in the whole hardware structure and structural design of Feng Shui compass.

The high-tech electronic geomantic compass from the United States has higher accuracy than the traditional compass, and can also rotate and sense the changes of the surrounding magnetic field and save it. The electronic geomantic compass can automatically repair the errors of each measurement degree through the mathematical calculation of calculus. In other words, the irregular roundness is often restored to a pure circle, so the electronic geomantic compass can accurately display the degree of the angle when measuring each angle.