RC Drone External RM3100 Compass with LED Indicators 80Hz Output CAN Interface Support PX4/Ardupilot Flight Controller

CAN Compass, an electronic compass system that supports DroneCAN or UAVCAN protocols. CAN bus communication, transmission rate up to 1Mbit/s. Industrial grade geomagnetic sensor RM3100, excellent anti-interference characteristics, ensure accurate magnetic heading data. Industry first to run hard real-time operating system ThreadX, efficient and secure. Fully adapted to the open source flight control Ardupilot/PX4, the interface definition conforms to Pixhawk hardware standards. Aluminum alloy metal shell material. The CAN version compass runs the UAVCAN protocol and supports the use of PX4 and APM flight control firmware, making it easy to connect to the CAN bus layout, allowing for arbitrary wiring, with strong anti-interference capabilities. Features: CAN communication, DroneCAN/UAVCAN communication protocol, strong real-time, 80Hz output frequency. Industrial grade geomagnetic sensor RM3100, excellent anti-interference characteristics. Hard real-time operating system ThreadX, efficient and secure. Pixhawk standard hardware interface definition. Fully compatible with the open source flight controller Ardupilot/PX4. Parameter configuration switchgear terminal resistance, adapt to CAN bus device mounting mode. Adaptive terminal resistance: Adaptive opening/closing of terminal resistors, easy adaptation to drone CAN bus network. Equip with 4pin wire. Specification: Item name: CAN compass Processor: STM32F3 72Mhz Sensor: Industrial grade RM3100 OS: ThreadX Data rate: 80Hz Communication protocol: DroneCAN/UAVCAN Supported flight controller: Ardupilot/PX4 Interface type: GHR-04V-S Operating voltage: 5V Operating temperature: -40 to 85℃ Longest communication distance: 40m Color: Black Material: Metal Package Contents: 1 * compass 1 * cable Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is