CM9618 Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 20 mm ID. 12 mm 200 V

Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 20 mm ID. 12 mm 200V Description

The Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 20 mm ID. 12 mm 200V is a sintered ceramic element based on the PZT-5A formulation. Its ring shape, with a 20 mm outer diameter and 12 mm inner diameter, ensures compatibility with standard mounting systems while providing defined electromechanical conversion at a rated voltage of 200V. This configuration supports precise displacement control and signal generation in technical applications where dimensional and electrical consistency is critical.

Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 20 mm ID. 12 mm 200V Applications

Electronics
- Used as an actuator in micro-positioning systems to achieve controlled displacements by utilising its defined piezoelectric response.
- Applied as a sensor in vibration monitoring devices to convert mechanical oscillations into measurable electrical signals.

Industrial
- Used as a transducer component in ultrasonic inspection systems to detect material defects by utilising its electromechanical conversion efficiency.
- Applied in precision fluid control systems where its rapid actuation aids in fine-tuning valve operations based on minimal electrical inputs.

Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 20 mm ID. 12 mm 200V Packing

The product is packaged using anti-static and shock-absorbent materials, with foam inserts in a sealed moisture-resistant container. Storage in a controlled, low-humidity environment is recommended to maintain its electromechanical properties. Each unit is individually wrapped to minimise contamination and mechanical damage. Custom packaging options are available to meet specific shipping and storage requirements for technical applications.

Frequently Asked Questions

Q1: How does the PZT-5A composition influence electromechanical performance?
A1: The PZT-5A composition provides a stable piezoelectric response characterised by consistent electromechanical coupling. This ensures that displacement or sensor output remains predictable under controlled voltage inputs, which is crucial for applications demanding precise actuation.

Q2: What quality control measures are implemented during manufacturing?
A2: The production process utilises X-ray diffraction and scanning electron microscopy to confirm phase purity and microstructural uniformity. These techniques help in detecting deviations early, ensuring that each ceramic ring meets the stringent technical specifications required for accurate performance.

Q3: Can integration challenges be addressed during design?
A3: Yes, the defined dimensions and electrical ratings facilitate compatibility with standard systems. Detailed technical datasheets and dimensional tolerances enable engineers to effectively integrate the ceramic ring into existing actuator or sensor designs, reducing the risk of fit or performance issues during assembly.

Additional Information

Piezoelectric ceramics convert mechanical stress into electrical energy due to their crystalline structure. Achieving the desired properties requires careful control during sintering and poling processes. Variations in microstructure can influence performance, making rigorous characterisation essential in technical environments.

Understanding material behaviour in piezoelectric ceramics helps in optimising circuit designs and mechanical integration. Ongoing research in ceramic formulations continues to refine processing parameters, ensuring that these materials meet the evolving demands of precision actuation and sensor technologies.