Description:
The GY-273 module is built around the Honeywell QMC5883L IC, designed for low-field magnetic sensing with a digital interface, making it ideal for applications like low-cost compassing and magnetometry. The QMC5883L features high-resolution QMC118X-series magneto-resistive sensors, paired with an ASIC that handles amplification, automatic degaussing strap drivers, offset cancellation, and a 12-bit ADC, delivering compass heading accuracy within 1° to 2°. Its I2C serial bus provides a straightforward interface for easy integration.
The QMC5883L uses Honeywell’s Anisotropic Magnetoresistive (AMR) technology, offering superior performance over other magnetic sensor technologies. These anisotropic, directional sensors provide high precision in-axis sensitivity and excellent linearity.
Designed with solid-state construction and very low cross-axis sensitivity, the QMC5883L accurately measures both the direction and magnitude of Earth’s magnetic field, from milli-gauss to 8 gausses. Honeywell’s magnetic sensors are among the most sensitive and reliable low-field sensors available, making this module a robust choice for a variety of magnetic field detection applications.
Note: Sometimes markings on these boards vary slightly (e.g., some may be labeled ‘HW-127’ instead of ‘GY-273’ even though they are otherwise identical).
Applications:
- Auto and personal navigation
- UAV systems
- Robotic navigation
- Location-based services (LBS)
Features:
- 1-2 degree heading accuracy
- A range of -8 to +8 Gauss
- Communication: IIC communication protocol
Specifications:
| Model | QMC5883L |
|---|---|
| Input Supply (V) | 3 – 5 VDC. |
| Communication Interface | I²C (up to 400 kHz) |
| Operating temperature(°C) | -30 ~ +85 |
| ADC | 12-bit |
| Data rate (Hz) | 160 |
| Length (mm): | 19 |
| Width (mm): | 14 |
| Height (mm): | 3 |
Related Links:
Arduino GY-273 HMC5883L Magnetometer Compass Tutorial
Package Includes:
1 x GY-273 QMC5883L 3 Axis Module Magnetic Field Sensor.
Attachments:
Videos:
Technical Specifications
| Model | GY-273 |
|---|---|
| SKU | AI0351 |
| Weight | 0.0 kg |
| Availability | In Stock |
Applications & Use Cases
The GY-273 HMC5883L 3 Axis Module Magnetic Field Sensor is a versatile imu, accelerometer, magnetometer & gyroscope used across a wide range of applications including electronics projects, DIY builds, prototyping, and educational experiments.
Common use cases:
- Integrating into a custom electronics project
- Learning and experimenting with circuits
- Replacing or upgrading components in existing setups
This product is ideal for electronics enthusiasts, engineers, and students.
Technical Tip: Always verify voltage and current requirements before connecting to your circuit. Check datasheets for detailed specifications and pin configurations.
Shipping & Delivery
- Free shipping on orders above ₹999 across India
- Dispatched within 1-3 business days
- Expected delivery: 3-7 business days depending on location
- Secure packaging to ensure safe transit of electronic components
Meera Rathore –
Nice GY-273 HMC5883L 3 Axis Module Magnetic. Readings are mostly accurate. Good enough for my hobby project.
Sanjay Bajaj (verified owner) –
Superb GY-273 HMC5883L 3 Axis Module Magnetic! Using it in my environmental monitoring system. Very reliable data.
Ankit Khurana (verified owner) –
This GY-273 HMC5883L 3 Axis Module Magnetic is a must-have for sensor projects. Plug and play with Arduino.
Zubin Kulkarni (verified owner) –
Great quality GY-273 HMC5883L 3 Axis Module Magnetic. Calibrated it easily and the accuracy is impressive.
Vinay Chopra –
This GY-273 HMC5883L 3 Axis Module Magnetic is excellent for the price. My data logging project is working perfectly now.
Arnav Pillai (verified owner) –
Superb GY-273 HMC5883L 3 Axis Module Magnetic! Using it in my environmental monitoring system. Very reliable data.
Himanshu Negi (verified owner) –
Superb GY-273 HMC5883L 3 Axis Module Magnetic! Using it in my environmental monitoring system. Very reliable data.
Rakesh Shetty (verified owner) –
Great GY-273 HMC5883L 3 Axis Module Magnetic. Using it in my smart agriculture system. Reliable measurements every time.
Arjun Dave (verified owner) –
This GY-273 HMC5883L 3 Axis Module Magnetic works great with Arduino. Easy to wire up and code.
Priya Negi (verified owner) –
Very satisfied with this GY-273 HMC5883L 3 Axis Module Magnetic. Library support is good and it’s easy to interface.
Paras Desai (verified owner) –
This GY-273 HMC5883L 3 Axis Module Magnetic is a must-have for sensor projects. Plug and play with Arduino.
Anushka Luthra –
Superb GY-273 HMC5883L 3 Axis Module Magnetic! Using it in my environmental monitoring system. Very reliable data.
Sanya Chatterjee (verified owner) –
Perfect GY-273 HMC5883L 3 Axis Module Magnetic for my automation project. Integrates seamlessly with my microcontroller.
Dev Sethi (verified owner) –
Nice GY-273 HMC5883L 3 Axis Module Magnetic. Readings are mostly accurate. Good enough for my hobby project.
SANJU KUMAR VERMA (verified owner) –
Ajay Saini (verified owner) –
Nice GY-273 HMC5883L 3 Axis Module Magnetic. Readings are mostly accurate. Good enough for my hobby project.
Nakul Pandey (verified owner) –
Outstanding accuracy from this GY-273 HMC5883L 3 Axis Module Magnetic. Compared with a professional instrument, readings match closely.
Saurabh Bisht –
Pretty good GY-273 HMC5883L 3 Axis Module Magnetic. Documentation could be better but the sensor itself is solid.
Jatin Dave –
This GY-273 HMC5883L 3 Axis Module Magnetic is excellent for the price. My data logging project is working perfectly now.
Dhruv Bhatt (verified owner) –
Pretty good GY-273 HMC5883L 3 Axis Module Magnetic. Documentation could be better but the sensor itself is solid.
Sanjay Joshi –
Superb GY-273 HMC5883L 3 Axis Module Magnetic! Using it in my environmental monitoring system. Very reliable data.
Prashant Saini –
Excellent sensitivity and range on this GY-273 HMC5883L 3 Axis Module Magnetic. Works better than I expected.
Ajay Bisht (verified owner) –
Pretty good GY-273 HMC5883L 3 Axis Module Magnetic. Documentation could be better but the sensor itself is solid.