CM9598 Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 2x2x2 mm 60V

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 2x2x2 mm 60V Description

The PZT-5A ceramic substrate is formulated with a lead zirconate titanate composition optimised for piezoelectric performance. Its dimensions of 2x2x2 mm ensure compatibility with standard microelectronic processing systems, while the 60V rating defines its operational voltage limit. The engineered ceramic material exhibits stable electromechanical properties, allowing it to serve effectively in actuation and sensing roles across various electronic systems.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 2x2x2 mm 60V Applications

Electronics and Sensors
- Used as a piezoelectric component in microelectromechanical systems to achieve precise motion detection by leveraging its stable electromechanical conversion.
- Applied in pressure sensors within handheld devices to capture accurate readings by utilising its engineered ceramic properties.

Industrial Equipment
- Serves as an actuator in automated control systems to regulate mechanical movements through its defined voltage threshold and consistent piezoelectric response.
- Frequently used in inspection devices to detect micro-strains in structures by capitalising on its precise dimensional uniformity.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 2x2x2 mm 60V Packing

The substrate is individually packed in an anti-static, cushioned envelope within a rigid, moisture-resistant container to prevent mechanical damage and contamination. It is recommended to store the product in a dry, temperature-controlled environment. Additional customisation, such as tamper-evident seals and desiccant-lined packaging, is available to meet specific storage and handling protocols.

Frequently Asked Questions

Q1: How do the precise dimensions of the substrate affect system integration?
A1: The strict 2x2x2 mm dimensions allow easy integration into standard semiconductor and MEMS assembly lines, ensuring minimal alignment issues and consistent interfacing with microelectronic components.

Q2: What quality control measures are implemented during production?
A2: Stanford Advanced Materials (SAM) employs high-resolution X-ray diffraction and micrometric evaluations during production. These methods verify the uniformity of the PZT-5A composition and ensure dimensional accuracy, reducing defects and enhancing overall performance.

Q3: What operating environment is recommended to maintain optimal performance?
A3: The substrate performs best in a controlled environment that maintains stable temperature and low humidity. Such conditions help preserve its piezoelectric properties by minimising thermal and moisture-related degradation.

Additional Information

Piezoelectric materials like the PZT-5A ceramic substrate are vital in converting mechanical stress into electrical energy, a principle frequently used in sensors and actuators. Their properties depend heavily on precise fabrication processes that control composition, porosity, and defect density.

Ceramic materials in this category are integral to various industrial applications, where their consistent electromechanical properties support enhanced device performance. Understanding the material science behind these substrates can help optimise their integration into microelectronic systems and improve overall device reliability.