Grove Piezo Vibration Sensor LDT0-028 Piezoelectric Thin Film Sensor Flexible Vibration Impact Touch Detection

1. Each Grove module focuses on solving only one measurement task. This module is specifically designed for detecting vibration, impact, bending, and touch. The signal output is intuitive and easy to integrate into various monitoring systems.

2. The module uses Grove's standardized connector and works with the Grove Base Shield (basic expansion board). No soldering or flying wires are required; it can connect to any input/output pin of mainstream microcontrollers such as for Arduino, STM32, and ESP32.

3. Each Grove sensor comes with clear documentation and ready-to-run demo code. You can find sample programs for the Arduino IDE in the official Wiki or resource pack, allowing you to read vibration waveforms or trigger signals within minutes.

4. The Grove system covers six major categories: environmental monitoring, motion sensing, human-computer interaction, physical monitoring, logic gates, and power management. This vibration sensor can be flexibly combined with other modules in the system (such as temperature and humidity sensors, light intensity sensors, relays, etc.).

5. The module is compact and can be fixed to the surface of the object being measured by adhesive or screws, making it suitable for scenarios such as device status monitoring, smart security, and interactive devices.

The Grove Piezo Vibration Sensor module is a ready-to-use development tool based on the LDT0-028 piezoelectric thin-film sensor. It belongs to the physical monitoring sensor category of the Grove modular system and can quickly measure material bending, vibration intensity, impact force, and touch actions.

Whether for prototyping, teaching experiments, or embedded project development, this module helps you avoid tedious circuit debugging and directly focus on functional implementation.

Technical Specifications

Product Type: Piezo Vibration Sensor

Core Component: LDT0-028 Piezoelectric Thin Film Sensor

Measurement Objects: Bending degree, vibration frequency and amplitude, impact pulse