รายละเอียดเพิ่มเติม

New Original QMC5883L High Precision Three-Axis Magnetometer Sensor Module for IoT/Navigation/Attitude Control instead of HMC5883L

QMC5883L is a high-performance three-axis magnetic sensor launched by a domestic manufacturer. It is based on the third-generation anisotropic magnetoresistive (AMR) technology and is designed for high-precision magnetic field measurement, navigation and attitude detection. With its high precision, low power consumption and small size, QMC5883L has become an ideal magnetic field measurement solution for navigation, Internet of Things and consumer electronic devices.

1. Core features
High-precision measurement:
Resolution: 2 milligauss (mG)/LSB (least significant bit), 16-bit analog-to-digital conversion, and support for ±8 Gauss magnetic field range.
Heading accuracy: 1°~2°, suitable for scenarios such as walking navigation and drone attitude determination.
Low power design:
The operating current is only 75μA, supports a wide voltage range of 2.16V~3.6V, and is compatible with battery-powered devices.
Small size package:
Adopts 3×3×0.9mm³ LGA package, which is suitable for compact design with limited space.
Environmental adaptability:
Built-in temperature compensation function, can work stably in the range of -40℃ to +85℃.
Digital interface:
Supports standard (100kHz) and fast (400kHz) I2C communication, with a maximum data output frequency of 200Hz.

2. Technical specifications

Measurement axis: X, Y, Z three-axis magnetic induction
Magnetic field range: ±8 Gauss
Resolution: 2mG (16-bit ADC)
Output rate: Up to 200Hz
Operating temperature: -40℃ to +85℃
Supply voltage: 2.16V~3.6V
Interface type: I2C (supports standard/fast mode)
Package type: Lead-free LGA-16
Power consumption: Standby mode: 1μA; Measurement mode: 75μA

3. Typical application scenarios
Consumer electronics:
*****Electronic compass for smartphones and tablets, providing navigation and map directions.
*****Step counting and exercise tracking for wearable devices (such as smart watches).
Industry and Internet of Things:
*****UAV/Robot: attitude determination, navigation and obstacle avoidance (such as gimbal stabilization of aerial photography drones).
*****Intelligent parking system: geomagnetic vehicle detection to realize parking space occupancy monitoring.
Automotive electronics:
*****Direction calibration of vehicle navigation system to enhance GPS positioning accuracy.
Other fields:
*****Magnetic field anomaly detection in geological exploration to assist mineral analysis.
*****Spatial positioning and environmental perception of augmented reality (AR) devices.