Digital Vibration Sensor Module
The Digital Vibration Sensor Module is a compact and highly sensitive device used to detect vibration and movement in electronic systems. It features dual outputs (AO & DO), providing both real-time vibration signals and conditioned digital output via a comparator. Operating on 3V–5.5V DC, it is compatible with Arduino and other microcontrollers. The module includes LED indicators for power and signal status, ensuring easy monitoring. With its small size (36×16mm) and mounting holes, it is ideal for security systems, motion detection, and automation projects.
وحدة حساس الاهتزاز الرقمي هي جهاز صغير وعالي الحساسية لاكتشاف الاهتزاز والحركة. تحتوي على مخرجين (تماثلي AO ورقمي DO) لتوفير إشارة مباشرة وإشارة معالجة عبر المقارن. تعمل بجهد 3 إلى 5.5 فولت ومتوافقة مع Arduino. تضم مؤشرات LED للطاقة والإشارة لتسهيل المتابعة. بحجمها الصغير 36×16 مم وثقوب التثبيت، فهي مثالية لأنظمة الحماية ومشاريع الأتمتة.
The digital vibration sensor module is designed to detect mechanical vibrations and convert them into electrical signals for processing. It provides two types of outputs: an analog output (AO) for real-time vibration level monitoring and a digital output (DO) generated through an onboard comparator circuit.
The module operates within a 3V to 5.5V DC range, making it suitable for most microcontroller platforms. It includes power and output indicator LEDs for easy debugging and status monitoring. Thanks to its high sensitivity and compact design, it is widely used in security systems, motion detection, and smart automation applications.
Specifications
- Operating Voltage: 3V – 5.5V DC
- Outputs: Analog (AO) and Digital (DO)
- Drive Capability: Up to 16mA (DO output)
- Module Size: 36mm × 16mm
- Mounting Holes: 3mm diameter
- Sensitivity: High sensitivity vibration detection
- Indicators: Power LED + Output LED
Applications
- Vibration detection systems
- Security and alarm systems
- Shock or movement monitoring
- Industrial equipment monitoring
- Arduino and microcontroller projects
- Smart automation systems