DCM302B High Accuracy 3D Compass Inclinometer For Antenna Stabilization

DCM302B High Accuracy 3D Compass Inclinometer For Antenna Stabilization

▶ INTRODUCTION

DCM301B/DCM302B is a 3D electronic compass with high precision using two-dimensional plane calibration algorithm. The calibration does not require a three-dimensional attitude tilt, and only needs to rotate the plane in place to complete the calibration process. Using hard magnetic and soft magnetic calibration algorithms, the compass can achieve ideal measurement results through three-dimensional calibration in an environment with magnetic interference. This compass integrates three-axis magnetic sensing technology, which can calculate the heading in real time through the central processing unit, and A three-axis accelerometer is used to compensate for a wide range of tilt angles to ensure that the compass can provide accurate heading data even at tilt angles of up to ±85°. The electronic compass integrates high-precision MCU control, with diversified output modes. The standard interfaces include RS232/RS485/TTL and other interfaces, and other communication interfaces can be customized.

DCM302B is small, low in power consumption, and can be used in many fields such as antenna stability, vehicles, and system integration. Its high shock resistance and high reliability also enable the compass to work normally in extremely harsh environments, and it is suitable for high-precision measurement integration control system.

▶ 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

▶ SPECIFICATION

HOUSING SIZE