DCM260B 3 Axis Electronic Compass Sensor 3D MEMS With tilt compensation

DCM260B 3 Axis Electronic Compass Sensor 3D MEMS With tilt compensation

 MAIN FEATURES

★ Azimuth accuracy: 0.8°

★ Inclination measurement range: ±85°

★ Inclination resolution: 0.1°

★ Inclination accuracy: 0.2°

★ Temperature range: -40℃～+85℃

★ Size: L55×W37×H24mm

★ With hard magnetic, soft magnetic and tilt compensation

★ Standard RS232/RS485/TTL output interface

★ DC 5V power supply

★ IP67 waterproof

▶ APPLICATION

★ Satellite antenna searching

★ Navigation surveying

★ GPS combined navigation

★ Antenna servo control 

★ Infrared imager

★ Laser rangefinder

★ Mapping

★ ROV underwater robot navigation

★ Oceanographic survey instrument 

▶ INTRODUCTION

DCM250B&260B is a low-cost three-dimensional electronic compass, using hard and soft magnetic calibration algorithm, so that the compass can eliminate the influence of magnetic field through the calibration algorithm in the environment with magnetic field interference. The DCM250B&260B integrates a three-axis fluxgate sensor, calculates the heading in real time through the central processor, and uses a three-axis accelerometer to perform heading compensation for a wide range of tilt angles, ensuring that the compass can also provide high accuracy at tilt angles up to ±85° Heading data. The electronic compass integrates high-precision MCU control and diversified output methods. The standard interfaces include RS232/RS485/TTL and other interfaces, and other communication interfaces can be customized.

The DCM250B&260B is small size, low in power consumption, and can be used in many fields such as stable antennas, vehicles, system integration, etc. The high shock resistance and high reliability also make the compass work normally in extremely harsh environments, and is more suitable for today's Precision measurement integrated control system.