CM9610 Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 200V

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 200V Description

This ceramic sheet is manufactured from PZT-5A piezoelectric material in a compact 3x3x2 mm geometry optimised for 200V conditions. Its formulation ensures a stable electromechanical response, making it suitable for sensor and actuator applications in precision systems. The controlled microstructure minimises dielectric loss and thermal drift. Dimensional accuracy supports integration with automated assembly equipment and consistent performance in microscale devices.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 200V Applications

1.       Electronics and Semiconductor Applications
   - Used as a piezoelectric actuator in microelectromechanical systems to achieve precise vibration measurement by leveraging its controlled dielectric properties.
   - Applied as a sensor component in RF circuits to convert mechanical stress into electrical signals through its stable piezoelectric response.

2.       Industrial Applications
   - Serves as a transducer in pressure monitoring systems to provide definitive electrical output by utilising its consistent electromechanical conversion.
   - Frequently used in precision positioning systems where its compact size and accurate response support reliable component motion control.

3.       Medical Applications
   - Employed as a miniaturised transducer in diagnostic equipment to accurately capture biomechanical signals by taking advantage of its controlled geometry.
   - Applied as a sensor in portable medical devices to convert subtle mechanical variations into measurable electrical outputs through a uniform PZT-5A composition.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 200V Packing

The substrate is packaged in anti-static, moisture-resistant containers with foam padding to mitigate mechanical stress during transit. It is sealed in an inert enclosure to prevent contamination and environmental exposure. Storage should occur in a temperature-controlled, low-humidity environment to preserve piezoelectric properties. Custom packaging options, including specialised labelling and compartmentalised packing, are available upon request to meet specific handling requirements.

Frequently Asked Questions

Q1: How does the sintering process affect the piezoelectric properties of this substrate?
A1: The controlled sintering process refines the grain structure and ensures uniform poling, which directly impacts the electromechanical response. This method minimises defects and supports consistent dielectric properties, critical for precision applications.

Q2: What operating conditions are recommended for optimal performance?
A2: The substrate performs best under stable temperature and low-humidity conditions. Operating at 200V within controlled ambient environments helps maintain consistent piezoelectric activity and minimises drift in the electrical response.

Q3: What quality control measures are implemented during production?
A3: Production includes X-ray diffraction (XRD) and scanning electron microscopy (SEM) inspections to verify microstructural uniformity and dimensional accuracy. These measures ensure the substrate meets the required specifications for consistent performance.

Additional Information

Piezoelectric ceramics have a critical role in converting mechanical stress into electrical signals. Their performance depends largely on the precise control of composition and microstructure achieved through advanced manufacturing techniques. Such materials are central in applications where dimensional stability and controlled electromechanical properties are required.

The development and application of piezoelectric substrates continue to advance with improvements in sintering and post-processing methods. These innovations allow for enhanced integration into microscale devices, providing a path for improved sensor accuracy and actuator responsiveness in various industrial and commercial sectors.