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GY-282 HMC5983 Replace HMC5883L Temperature Compensation Triaxial Compass IIC SPI Module

GY-282 HMC5983 Replace HMC5883L Temperature Compensation Triaxial Compass IIC SPI Module

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Product SKU: KG580

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₹ 466 ~~₹ 546~~

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Specification

Description

GY-282 HMC5983 Replace HMC5883L Temperature Compensation Triaxial Compass IIC SPI Module

HMC5983 -TR is a 3-axis temperature compensated Integrated Circuit Magnetometer with automatic offset compensation. This surface-mount, multi-chip module is designed for low-field magnetic sensing for applications such as automotive and personal navigation, vehicle detection and pointing. The HMC5983 includes state-of-the-art, high-resolution HMC118X series magneto resistive sensors plus an ASIC. The ASIC provides amplification and set/reset strap drivers to ensure maximum sensitivity and offset cancellation, temperature compensation and a 12-bit ADC that enables 1 to 2° compass heading accuracy. The I²C or SPI serial bus allows for easy interface.

Technical Details

Temperature-compensated data output and temperature output
12-bit ADC coupled with low noise AMR sensors achieve 2 milli-gauss field resolution
I²C (standard, fast, high-speed modes) or SPI digital interface
Built-in self-test
Low voltage operations and low power consumption (100μA)
High-speed interfaces for fast data communications
I²C up to 3.4MHz and SPI up to 10.0MHz
Built-in strap drive circuits
Wide magnetic field range (±8.1 Oe)
Software and algorithm support
Automatically maintains sensor's sensitivity under wide operating temperature range
Maximizes sensor's full dynamic range and resolution
Enables low-cost functionality test after assembly in production

Features

Replaces HMC5883L with improved performance
Triaxial magnetometer for precise orientation sensing
Supports both I2C and SPI communication
Built-in temperature compensation for accuracy
Wide operating voltage range: 3.3V - 5V
High sensitivity with low power consumption
Ideal for navigation, robotics, and motion tracking applications

Applications

1. Electronic Compasses - Used in GPS navigation systems for accurate directional sensing.
2. Robotics & Drones - Helps with stabilization and navigation of autonomous systems.
3. AR & VR Systems - Provides motion tracking in augmented and virtual reality applications.
4. Industrial & Laboratory Instruments - Used for magnetic field detection and measurements.
5. Smartphones & Wearables - Enables motion sensing and navigation features.
6. Automotive Navigation - Supports inertial navigation in vehicles when GPS is unavailable.
7. Marine & Aerospace - Assists in underwater and flight navigation requiring precise heading detection.