DFRobot
Gravity: Linear / Analog Hall Effect Sensor with ±1200 GS Magnetic Field Range
· MPN: DFR1132
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##Introduction Gravity: Linear/Analog Hall Sensor is a high-precision device designed for measuring and monitoring magnetic field strength. Advanced Hall eff...
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##Introduction Gravity: Linear/Analog Hall Sensor is a high-precision device designed for measuring and monitoring magnetic field strength. Advanced Hall effect circuitry at the core converts magnetic induction strength directly into a voltage output. The sensor responds uniquely to magnetic fields: when the south pole of a magnet faces the sensing surface, the magnetic field strengthens, and the output voltage rises above the midpoint, gradually increasing. When the north pole faces the sensing surface, the output voltage falls below the midpoint, gradually decreasing. High sensitivity makes this sensor ideal for applications that need precise magnetic field detection, such as industrial control, scientific research, security systems, and various electronic devices. In summary, Gravity: Linear/Analog Hall Sensor is an efficient and accurate tool for detecting magnetic fields. It offers reliable performance and precise measurements, making it an invaluable addition to projects. Wiring Diagram of Gravity: Linear/Analog Hall Sensor and micro:bit Figure: Magnetic Pole Detection System ##Features Bipolar Sensing: Capable of detecting N (north) and S (south) pole magnetic fields, expanding the range of applications.Low Noise Output: The integrated circuit features low noise output, ensuring minimal interference.Single Current Source Output: Stable output signals are maintained, less susceptible to voltage fluctuations, guaranteeing precise measurement results.On-board Indicator LED: When a magnetic field is detected, the on-board LED indicator lights up, allowing users to easily monitor the operational status at a glance.High Compatibility: Easily integrates with various main controllers such as Arduino, micro:bit, and UNIHIKER, providing versatility across different platforms. ##Applications Current DetectionMotor ControlMagnetic Field DetectionMetal Detector ##Specification Operating Voltage: 3.3~5VPower Supply Current: 4.2-8 mAMagnetic Field Range: ±1200 GSOnboard Indicator LEDDetection Distance: <1cm (specific detection distance depends on the intensity and direction of the magnetic field)Data Type: AnalogInterface Type: PH2.0-3PDimensions: 27x32mmProduct Weight: 3.5g (total weight including packaging and sensor cable is 12g)Magnetic Pole Range:micro:bit and Arduino (S Pole): 520-1023micro:bit and Arduino (N Pole): 0-500UNIHIKER (S Pole): 2068-4095UNIHIKER (N Pole): 0-2028 ##Documents Product wikiPin DescriptionPackage Contentsmicro:bit Usage TutorialArduino Usage TutorialUNIHIKER Usage TutorialProject Description - Python CodeSchematic DiagramDimensional Drawing ##ShippingList Gravity: Linear/Analog Hall Sensor x1Gravity: Analog Sensor Cable for Arduino - 30cm x1
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Plain-language definitions for the technical terms used above.
- 5G
- A mobile network standard used for high-speed wireless data links. If a project uses a 5G gateway, its power system must be able to supply enough current reliably for outdoor or remote operation.
- Gravity
- Gravity is DFRobot’s plug-in connector system for sensors, motors and modules, using standard cables to reduce loose jumper wiring. It matters because Gravity-compatible parts can connect directly to these ports, while non-Gravity parts may need adapters or manual wiring.
- LED
- A light-emitting diode is a small electronic component that lights up when current flows through it in the correct direction. In this kit, LEDs create the flashing effect, so polarity and correct soldering matter for the project to work.
- UNIHIKER
- UNIHIKER is a small programmable computer board used in education and maker projects, often connected to external sensors and modules. Compatibility matters because the cable must match the board’s connector type and pin layout.
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