Specifications

Heading E-compass
1.Heading accuracy:0.5 degree
2.Small size,
3.low power consumption
4.Customized

Compass Module Heading E-compass from Factory

Electrical Characteristics

General Description
DCM300B is a high accuracy 3D electronic compass (Single board), using USA patented technology of hard magnetic and soft magnetic calibration algorithm, make the compass eliminate the magnetic influence through calibration algorithm in the magnetic interference environment ,DCM300B 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. DCM300B with small size, low power consumption, can be used for the antenna stability, vehicles, systems integration and other more fields , high shock resistance, high reliability makes the compass work properly in extremely harsh environments, and is more suitable for nowadays miniaturization military high-precision measurement integrated control system.

Features:

• Heading Accuracy: 0.5 degrees
• Heading resolution:0.1 degrees
• pitch accuracy:0.08 degrees
• Pitch resolution:0.01 degrees
• Roll accuracy:0.08 degrees
• Roll resolution: 0.01 degrees
• Power supply:5V
• Current draw:29mA(Sleep mode:1mA)
• Maximum Dip Angle: ±90 degrees
• RS232/RS485/TTL Optional
• Small size: L50*49*15mm
• Small form factor Low power consumption
• Hard and soft iron correction with quality of calibration score
• Limited Tilt User Calibration
• Widely working temperature: -40-+85 degrees celsius
• Storage temp:-45-+125 degrees celsius

Applications:

• High performance ROV navigation
• GPS system integration
• Vehicle tracking
• Remote terrestrial antenna direction indicators
• Sonar targeting systems
• 3-axis magnetic field sensing
• Survey equipment
• Autopilot
• Satellite positioning Search
• Robotic systems
• Navigation system

 

Dimension