Piezo Electric Plate Sensor 35mm
The Piezo Electric Plate Sensor 35mm is a thin, circular sensing element that generates an electrical signal when subjected to mechanical pressure, vibration, or impact. It operates based on the piezoelectric effect, which converts mechanical stress into electrical energy. This sensor is widely used in vibration detection, sound sensing, touch detection, knock sensing, and energy harvesting projects, making it a versatile component for electronics and DIY applications.

Product Description
This 35mm piezoelectric plate sensor provides a simple and effective way to detect mechanical interactions and vibrations. When pressure or impact is applied, it produces an electrical signal that can be read by microcontrollers or other electronic circuits. Its compact size and lightweight design make it easy to integrate into projects without adding bulk. The sensor uses a straightforward two-wire connection, making it compatible with Arduino, Raspberry Pi, and other development platforms. Its high sensitivity ensures accurate detection of even small vibrations or taps.

Key Features
The sensor features a 35mm diameter piezoelectric ceramic plate that converts mechanical stress into electrical signals. It offers high sensitivity to pressure, touch, and vibration, with a fast response time and stable output. The lightweight and compact design allows for easy integration into small projects. A simple two-wire interface ensures compatibility with Arduino and other microcontroller-based systems. It is commonly used in knock sensors, vibration detectors, buzzers, and sound-sensing applications.

Applications
The Piezo Electric Plate Sensor 35mm is widely used in DIY electronics and embedded projects for detecting taps, knocks, or vibrations. It is ideal for sound-sensing applications such as buzzers or musical instruments. The sensor is suitable for vibration detection in robotics, automation, and monitoring systems. It can also be used in energy-harvesting experiments or interactive projects where mechanical interaction triggers electronic signals.