CM9607 Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 10x10x2 mm 200V

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 10x10x2 mm 200V Description

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A is fabricated from a standardized PZT-5A composition, featuring dimensions of 10x10 mm and a thickness of 2 mm with a 200V rating. This configuration supports effective electromechanical energy conversion and stable dielectric behaviour. Its defined dimensions facilitate compatibility with standard assembly equipment and ensure efficient signal transduction in precision devices.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 10x10x2 mm 200V Applications

Electronics and Instrumentation
- Used as a sensor element in vibration monitoring systems to achieve rapid mechanical-to-electrical transduction by leveraging its controlled dielectric properties.
- Applied as an actuator in MEMS devices to facilitate precise motion control by capitalising on its consistent piezoelectric response.

Industrial Systems
- Serves as a component in precision control circuits to convert mechanical stress into electrical signals by utilising its defined voltage rating.
- Frequently used in acoustic emission detectors to capture transient stress events by exploiting its stable electromechanical characteristics.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 10x10x2 mm 200V Packing

The substrate is individually enclosed in static-shielding pouches and cushioned within foam-lined containers to prevent mechanical damage and contamination. It is stored under controlled humidity and temperature conditions to preserve electrical and structural integrity. Custom packaging options, including vacuum-sealed configurations and specialised labelling, are available to meet specific handling requirements.

Frequently Asked Questions

Q1: How does the controlled sintering process affect the substrate's performance?
A1: The controlled sintering process refines the grain structure, which improves piezoelectric coupling and dielectric performance. This methodology minimises internal stress and enhances signal transduction efficiency in various device applications.

Q2: What should be considered when integrating the substrate into assembly processes?
A2: Integration requires attention to alignment tolerances, thermal compatibility during bonding, and interface integrity with electrodes. Maintaining precise dimensions is crucial for achieving consistent mechanical and electrical contacts.

Q3: Is it possible to modify the 200V voltage rating for specific applications?
A3: Adjusting the voltage rating may be feasible with customised processing and additional testing. Alterations are subject to maintaining the material’s microstructural stability and ensuring safety margins are met.

Additional Information

Piezoelectric ceramics convert mechanical stress into electrical energy through intrinsic material properties that arise from their crystalline structure. The behaviour of these materials is highly dependent on the sintering process, which controls grain size and phase purity, thereby influencing dielectric constants and electromechanical coupling coefficients.

Understanding the properties of PZT-5A formulations is essential for designing devices that require precise energy conversion and signal transmission. Advances in fabrication and quality control have expanded the use of these substrates in electronic sensors, actuators, and other devices where consistent performance under varying conditions is critical.