LM393 Linear Hall Effect Sensor Module
LM393 Linear Hall Effect Sensor Module Comparator IC based Linear Hall Effect Sensor Module. This Module comes with 3144 linear hall effect sensor. Using this module you can get digital as well as linear output.LM393 Linear Hall Effect Sensor Module module can be used to detect the presence of a magnetic field. If there is a magnetic field present, it will report a high-level signal. It can be used in many applications such as RPM sensor (for counting the number of shaft revolutions), Robot speed and distance measurements, door switch and robot arm position sensor. Generally, it can be used for any magnetic field detection.
Technical Details
- Model Type: Hall Effect Sensor
- Model No.: LM393
- Operating Voltage: 3.3 ~ 5VDC
- Main Chip: LM393
- Operating Temperature (°C): -40 to 90
- Output Current: 25mA
- Power Consumption at Rest: 3mA
- Power Consumption when Switched: 8mA
Features
- Model Type: 3144 Hall Sensor
- Features Wide-Range Voltage Comparator: LM393
- Signal Output Indicator
- Output Type: Analog / Digital
Pin Description:
- VCC: 2.3 Volts to 5.3 Volts
- GND: Power Supply Ground
- AOUT (Analog Sensor Output): Arduino/MCU Input
- DOUT (Digital Sensor Output): Arduino/MCU Input
Applications :
- Magnetic Field Detection: Proximity sensing, position detection.
- Speed Measurement: Tachometers, motors.
- Position Sensing: Robotics, linear/rotational motion.
- Current Sensing: Power monitoring systems.
- Door/Lid Position Detection: Appliances.
- Security Systems: Anti-theft alarms.
- Electronic Compass: Navigation.
- Contactless Switching: Magnetic switches.
- Automotive Use: Gear, throttle, crankshaft sensing.
- Industrial Automation: Object detection, motor control.
- Home Automation: Door/window monitoring.
- Gaming/VR: Joysticks, controllers.
Integration with Arduino of hall sensor module
Sample Code
Physical Attributes of hall effect sensor module
- Dimensions (mm) L x W x H : 40 x 15 x 2
- Weight (gm): 2
Package Includes
- 1 x LM393 Linear Hall Effect Sensor Module
