DFRobot Gravity Linear Analogue Hall Sensor, +-1200 GS, bipolar detection, PH2.0-3P, 3.3-5V
CHF 2.50
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Description
Product information "DFRobot Gravity Linear Analogue Hall Sensor, +-1200 GS, bipolar detection, PH2.0-3P, 3.3-5V"
Are you looking for a high-precision sensor for measuring and monitoring magnetic fields? The Gravity: Linear/Analogue Hall sensor is exactly what you need! With advanced Hall-effect circuitry, it converts magnetic induction strength directly into voltage. Its high sensitivity makes it ideal for industrial controls, scientific research, security systems and numerous electronic devices. Thanks to bipolar detection, it recognises both N- and S-pole magnetic fields and therefore offers a wide range of applications. The sensor has low noise generation, which minimises interference, and a stable current source output, which guarantees precise measurement results. An in-built LED display shows you the operating status immediately. It is also compatible with Arduino, micro:bit and UNIHIKER. Rely on reliable performance and precise measurements - the Gravity: Linear/Analogue Hall sensor is the perfect addition to your projects!
Features at a glance
- Bipolar detection: Can detect N (north) and S (south) pole magnetic fields, expanding the range of applications.
- Low noise level: The integrated circuit offers low noise generation, minimising interference.
- Single current source output: Stable output signals are maintained, less susceptible to voltage fluctuations, ensuring accurate measurement results.
- Built-in LED indicator: When a magnetic field is detected, the built-in LED indicator lights up, allowing users to monitor the operating status at a glance.
- The sensor is compatible with Arduino, micro:bit and UNIHIKER.
- Operating voltage: 3.3~5V
- Current consumption: 4.2-8 mA
- Magnetic field range: ±1200 GS
- Built-in LED indicator
- Detection distance: ＜1cm (specific detection distance depends on the intensity and direction of the magnetic field)
- Data type: Analogue
- Interface type: PH2.0-3P
- Dimensions: 27x32mm
- Product weight: 3.5g (total weight including packaging and sensor cable is 12g)
- Magnetic pole range
- micro:bit and Arduino (S pole): 520-1023
- micro:bit and Arduino (N pole): 0-500
- UNIHIKER (S pole): 2068-4095
- UNIHIKER (N pole): 0-2028
- 1x Gravity: Linear/Analogue Hall sensor
- 1x Gravity: Analogue sensor cable for Arduino - 30cm
Please note
- Arduino, micro:bit or UNIHIKER are not included!
Properties
| Zolltarifnummer: | 84733020 |
|---|---|
| Brand: | DFRobot |
| Color: | black |
| Country of Origin: | China |
| Gross Weight (kg): | 0.029 |
| Manufacturer ID: | DFR1132 |
| Product ID: | DFR1132 |
Manufacturer
DFRobot
DFRobot – open-source hardware for makers and education
DFRobot was founded in Shanghai in 2008 and is one of the world's leading providers of open-source hardware and robotics solutions. The company's aim is to lower the barriers to electronics and to inspire people of all ages to create and learn.
The brand is known for its Gravity sensor system with standardised plug connectors, the Boson modules for STEM education and the LattePanda single-board computers with Windows support. All products are well documented and backed by an active global community.
At BerryBase you will find a selection of DFRobot products for prototyping, teaching and robotics – from individual sensors to complete kits.
Manufacturer and safety information
Sertronics GmbH
Am Studio 20d
DE 12489 Berlin
https://www.berrybase.de
info@berrybase.de
WEEE number: 20453810
Person responsible for the EU
See manufacturer information
Safety instructions
- Protect sensors from moisture, extreme temperatures and direct sunlight.
- Avoid static charging by taking suitable measures to prevent damage to electronic components.
- Only operate with the recommended voltages and connections to avoid short circuits or overheating.
- Do not disassemble, modify or forcibly open the product.
- Keep away from small children; contains small parts that could be swallowed.
- Do not use in potentially explosive atmospheres or in the vicinity of flammable materials.
- Do not use defective or damaged sensors/modules in operation.
- Dispose of in accordance with local regulations for electronic waste.
- Carefully check reusable components before disposal.
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