Flexible piezoelectric device
Product Overview
The flexible piezoelectric device is composed of multiple layers of flexible piezoelectric materials. It can be used as an actuator or as an energy harvesting element, depending on the application requirements.
When used as an actuator, the device provides low-voltage drive performance, flexible bending capability, and resistance to impact and harsh operating environments. When used for energy harvesting, it can withstand larger displacement than traditional bimorph structures and generate electrical output from mechanical deformation.
Key Features
- Flexible multilayer piezoelectric structure
- Low-voltage drive
- Large displacement capability
- Suitable for actuator and energy harvesting applications
- Minimum bending radius down to 6.5 cm
- Resistant to magnetic interference
- Can be used in water, oil, and other operating environments
- Custom size and voltage options available
Technical Specifications
| Item | Specification |
|---|---|
| Dimensions | 94 x 21 x 0.4 mm |
| Resonant Frequency | 4 Hz |
| Displacement | 6 mm |
| Drive Voltage | 6 Vpp |
| Rated Current | 3 mApp |
| Resistance | 1–5 kΩ |
Applications
This flexible piezoelectric device is suitable for flexible actuators, vibration control, energy harvesting, smart structures, sensor development, and custom piezoelectric assemblies.
Customization
Device size, voltage, shape, layer structure, electrode configuration, and performance parameters can be customized according to application requirements.