
Description:
The A3144 Hall Effect Sensor Digital Magnetic Field Sensing Detector for Arduino is an electronic component designed to detect magnetic fields and provide a digital output signal. It is suitable for Arduino-based projects, microcontroller applications, robotics, and DIY electronics. This sensor can be used for magnetic field detection, rotational speed measurement, position sensing, and contactless switching applications.
The A3144 Hall Effect Sensor is useful for monitoring rotating objects, detecting magnetic triggers, and developing sensor-based electronic circuits. It can be integrated into compatible systems for applications such as motor speed detection, wheel rotation monitoring, magnetic proximity sensing, and automation projects. Its compact design makes it suitable for electronic prototyping, educational experiments, and embedded system development.
Ideal for students, hobbyists, makers, and electronics engineers, the A3144 Digital Hall Effect Sensor offers a practical solution for projects that require magnetic field detection. It can be used with compatible Arduino boards and other microcontrollers to develop interactive electronic systems, robotics projects, and magnetic sensing applications.
Specifications:
- Item Type: Hall Effect Sensor
- Operating Voltage: 5V
- Current Consumption: 8 mA (when switched)
- Operating Temperature: -40 to 90°C
- Colour: Black
Features:
- A3144 Hall-effect sensor for digital magnetic field detection.
- Detects magnetic fields using a digital output signal.
- Operating voltage: typically 4.5V–24V.
- Digital output for easy Arduino and microcontroller interfacing.
- Detects magnetic pole changes for switching applications.
- Fast response for reliable magnetic sensing.
- Low power consumption and compact design.
- Suitable for Arduino projects, speed detection, proximity sensing, and position detection.
Package Included:
1 x A3144 Hall Effect Sensor