DCM302B MCU Control 0.8deg Magnetic Compass Sensor Inertial Measurement Unit

DCM302B MCU Control 0.8deg Magnetic Compass Sensor Inertial Measurement Unit

General Description 

DCM302B is a high precision 3D electronic compass using the 2D plane calibration algorithm, the calibration no need 3D posture tilt , just flat-situ rotation a circle to complete the calibration process. Hard magnetic and soft magnetic calibration algorithms are adopted, make the compass eliminate the magnetic influence through calibration algorithm in the magnetic interference environment ,DCM302B integrated three-axis fluxgate sensor, in real time solver heading through the central processor, and using 3-axis accelerometer to proceed heading compensation for the wide range tilt angle, to ensure the compass still can provide high-precision heading data when the tilt angle up to ±85°.Electronic compass integrated high-precision MCU control, various output mode, standard interfaces including RS232/RS485/TTL and other interfaces, and accept other communication interface customization.

Features

• Heading accuracy:0.5°~0.8°                           
• Tilt angle measuring range :±90°    
• Tilt angle resolution: 0.1°                                
• Tilt angle accuracy: 0.1°
• Wide temperature : -40°C~+85°C                        
• Size: L60×W59×H29mm
• With hard magnetic ,soft magnetic and angle compensation   
• DC 5V power supply  
• Standard RS232/RS485/TTL output interface                
• IP 67 protection class

Application 

• Satellite antenna search satellite            
• Marine navigation surveying and mapping
• GPS integrated navigation                  
• Antenna servo control                      
• Infrared imager
• Laser range finder                          
• Map for plotter
• ROV underwater robot navigation            
• Oceanography measurement instruments  
• Special occasion robot