CM9609 Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 20x20x2 mm 200V

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 20x20x2 mm 200V Description

The piezoelectric ceramic sheet is manufactured from PZT-5A, a lead zirconate titanate ceramic alloy recognised for its piezoelectric properties. With dimensions of 20 mm by 20 mm and a thickness of 2 mm, the substrate supports a voltage rating of 200V. This geometry is suited for integration into systems requiring precise signal conversion and actuation. The material’s structural consistency and defined phase composition enhance its operational stability in sensor and actuator applications.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 20x20x2 mm 200V Applications

Electronics
- Used as an actuator component in precision control systems to achieve rapid motion by leveraging its defined electromechanical conversion properties.
- Applied as a sensor element in vibration measurement systems to detect frequency changes by utilising its consistent piezoelectric response.

Industrial
- Employed as a transducer in automated manufacturing equipment to monitor mechanical stress by utilising its stable voltage handling and dimensional consistency.
- Served as a component in electronic modules for structural health monitoring to achieve signal stability through its calibrated PZT composition.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 20x20x2 mm 200V Packing

The substrate is packaged in static-shielded, foam-lined containers to reduce mechanical shock and contamination risks. It is placed in sealed, moisture-controlled pouches to preserve its material integrity. Storage conditions are maintained at controlled room temperatures, and anti-static measures are implemented. Custom packaging options, such as compartmentalised layouts and specific labelling, are available upon request for enhanced material handling.

Frequently Asked Questions

Q1: How does the 200V rating affect the integration of this substrate in electronic systems?
A1: The 200V rating defines the maximum operating voltage for safe circuit integration, reducing the risk of dielectric breakdown in sensitive electronic assemblies. This specification is critical when designing circuits that require precise voltage thresholds for optimal performance.

Q2: What quality control measures are implemented to maintain consistency in dimensions and piezoelectric properties?
A2: Production involves systematic quality inspections including X-ray diffraction and scanning electron microscopy. These methods monitor grain structure and phase purity, thereby ensuring uniformity in both dimensions and piezoelectric characteristics across each substrate batch.

Q3: Can the substrate dimensions or thickness be customised according to application requirements?
A3: Customisation is feasible based on production capabilities. Variations in dimensions and thickness can be considered during the planning phase to better match specific application needs while maintaining the core piezoelectric performance.

Additional Information

Piezoelectric materials like PZT-5A are central to a variety of sensor and actuator applications. Their ability to convert mechanical stress into electrical signals and vice versa is critical in the development of precision devices. Advances in ceramic processing techniques have led to improved uniformity and performance consistency in these materials.

Understanding the interplay between microstructure and electromechanical behaviour is essential in materials science. Detailed characterisation methods such as X-ray diffraction and electron microscopy are routinely used to optimise the properties of piezoelectric ceramics, ensuring that they meet the rigorous demands of advanced industrial and research applications.