Shock and Vibration Sensor – Piezo Module with Adjustable Sensitivity for Arduino

Detect Shocks, Taps and Vibrations with This Sensitive Module for Interactive Projects and Security

This module is a piezoelectric shock and vibration sensor designed to detect mechanical impacts such as taps, shocks, and vibrations by generating an electrical voltage. It converts physical impact into an electrical signal and offers both analog (AO) and digital (DO) outputs, allowing for both precise intensity measurements and simple binary readings (impact/no impact). With a built-in comparator and a potentiometer for sensitivity adjustment, the module is extremely easy to connect to Arduino and other microcontrollers at an operating voltage of 5V. This makes it an ideal solution for interactive projects, security systems, electronic percussion, and robotics.

1. Introduction of components

When the voltage ACTS on the piezoelectric ceramic, it will produce mechanical deformation with the change of voltage and frequency. On the other hand, when a piezoelectric ceramic vibrates, it creates an electric charge. Using this principle, a vibrator consisting of two piezoelectric ceramics or one piezoelectric ceramic and a metal plate is applied.

2. Product introduction
Voltage: 5 v
Output signal LED indication.
TTL level output.
TTL output effective signal for high level. Output control current up to 1A can be external high-power LED lights.
Analog signal output, according to the vibration intensity of the output voltage is higher
Vibration amplitude sensitivity can be adjusted by potentiometer. (low left sensitivity, high right sensitivity)
Sensitivity can be adjusted to respond to blowing with the mouth... Sensitivity is very high!!!! You can also set it to tap with your hand.
Dimensions: 20.5X20.5 (in mm)