Magnetic Sensor & Magnetometer

Transform your phone into a powerful Magnetic Sensor, EMF Reader, Magnetometer, and Digital Compass with the our App!

Detect and measure all electromagnetic forces around you and your electronics directly from your mobile device.

Key Features:

Analog EMF Reader: Easily detect electromagnetic forces.

Digital Compass: Accurate navigation with degree readings.

Magnetometer: Ideal for detecting electromagnetic force for research purposes.

Built-in Sensor Utilization: Utilizes your phone's sensors for optimal performance.

Magnetic Field Detector: Measure electromagnetic axes X, Y, Z, and field strength.

Source Identification: Identify the location and intensity of magnetic fields.

How to Use:

Simply open the app and select an option from the menu. With its clean and intuitive controls, the app is user-friendly and includes an electromagnetic reader, field reader, and a compass.

Detailed Functions:

EMF Reader: Provides real-time readings of magnetic fields, similar to a metal detector, measuring EMF strength.

Magnetic Sensor: Measures magnetic strength in real-time, displayed in microtesla (μT).

Accurate Compass: get directions and degrees without needing mobile data.

Sensor Testing: Check your device's detectors, including the magnetometer, accelerometer, gyroscope, and more.

Note: Your device must have a built-in magnetometer for the app to function correctly.

Introduction

Magnetic Sensor & Magnetometer is a mobile application that harnesses the power of your device's built-in magnetic sensors to measure and visualize magnetic fields in your surroundings. It empowers you to explore the magnetic world, uncovering hidden patterns and anomalies.

Key Features

* Real-Time Magnetic Field Measurement: Measures the strength and direction of magnetic fields in three dimensions, providing a comprehensive understanding of the magnetic environment.

* Vector Visualization: Displays the magnetic field as vectors, enabling you to visualize its magnitude and orientation in real-time.

* Graphical Representation: Plots the magnetic field data on graphs, allowing you to analyze trends and patterns over time.

* Data Logging: Records magnetic field measurements for further analysis and sharing.

* Compass Mode: Functions as a digital compass, providing accurate orientation and heading information.

Applications

Scientific Exploration:

* Detect and map magnetic anomalies, revealing hidden geological features or buried objects.

* Measure the Earth's magnetic field for educational purposes or scientific research.

Educational Purposes:

* Demonstrate the principles of magnetism and magnetic field interactions.

* Conduct experiments to explore the effects of different materials on magnetic fields.

Practical Applications:

* Locate hidden magnets or metal objects in walls or other surfaces.

* Detect magnetic interference from electronic devices or power lines.

* Enhance navigation accuracy by compensating for magnetic disturbances.

Benefits

* Increased Awareness: Provides insights into the hidden magnetic world, enhancing your understanding of the physical environment.

* Educational Value: Offers a hands-on tool for exploring magnetism and its applications.

* Practical Utility: Enables you to solve practical problems related to magnetism.

* Data-Driven Analysis: Facilitates data collection and analysis for scientific or engineering purposes.

* Enhanced Navigation: Improves navigation accuracy by compensating for magnetic disturbances.

Conclusion

Magnetic Sensor & Magnetometer is an indispensable tool for anyone interested in exploring the magnetic realm. Its intuitive interface, powerful features, and practical applications make it an invaluable asset for scientists, educators, and anyone seeking to uncover the hidden world of magnetism.