First, Characteristics of the Product :
1)Using the three-axis magnetoresistive sensor to measure the spatial magnetic field with the two-axis title compensation
2)Built-in temperature compensation, to maximally reduce the temperature drifts between the title angle and the directional angle.
3)Built-in microprocessor computing sensor which forms an angle with the Magnetic North; RS232 format of data frame output.
4)Simple and effective user’s calibration instructions.
5)Zero pointing correction.
6)Waterproof and non-magnetic shell structure.
7)The range of working temperature is between -40°C and +80°C, and the storage temperature is between -50°C and +100°C.
Second, description of the product
The product has built-in three-axis magnetoresistive sensor and two-axis tilt sensor. The output direction is the angle between the projection of the north axis of the compass in the horizontal plane and the projection of the Northern Line of the geomagnetism on the earth. Because of the tilt and pitch angle compensation, the projection of the compass pointing changes little in the tilt or pitch conditions. Thus the influence in those conditions is small.
The compass is designed mainly for the antenna for satellite communications. And the inclination output of the compass has the features of small temperature drifting, good repeatability, and low orthogonal interference. In practical application, the angle precision can meet the requirement of measurement accuracy of C-band or KU-band antenna (the antenna with a diameter shorter than 2m) of the satellite communications.
The compass is a sensor for detecting the magnetic field, and it can not differentiate the interference magnetic field and the Earth’s magnetic field timely and accurately. Thus, to ensure the accuracy, it is necessary to provide a location of small magnetic field interference. Meanwhile, to reduce the linear acceleration and the rotational acceleration of the compass is another key to ensure the accuracy.
Detailed Product Description
LP3400 three-axis digital compass
First, Characteristics of the Product：
Using the three-axis magnetic sensor to measure the spatial magnetic field with the two-axis title compensation
Built-in temperature compensation, to maximally reduce the temperature drifts between the title angle and the directional angle.
Built-in processor computing sensor which forms an angle with the Magnetic North; RS232 format of data frame output.
Simple and effective user’s calibration instructions.
Zero pointing correction.
Waterproof and non-magnetic shell structure.
The range of working temperature is between -40°C and +80°C, and the storage temperature is between -50°C and +100°C.
Second, description of the product
The product has built-in three-axis sensor and two-axis tilt sensor. The output direction is the angle between the projection of the north axis of the compass in the horizontal plane and the projection of the Northern Line of the geomagnetism on the earth. Because of the tilt and pitch angle compensation, the projection of the compass pointing changes little in the tilt or pitch conditions. Thus the influence in those conditions is small.
The compass is designed mainly for the antenna for satellite communications. And the inclination output of the compass has the features of small temperature drifting, good repeatability, and low orthogonal interference. In practical application, the angle precision can meet the requirement of measurement accuracy of C-band or KU-band antenna (the antenna with a diameter shorter than 2m) of the satellite communications.
The compass is a sensor for detecting the magnetic field, and it can not differentiate the interference magnetic field and the Earth’s magnetic field timely and accurately. Thus, to ensure the accuracy, it is necessary to provide a location of small magnetic field interference. Meanwhile, to reduce the linear acceleration and the rotational acceleration of the compass is another key to ensure the accuracy.
