CM9599 Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 60V

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 60V Description

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 60V is fabricated by sintering a controlled PZT-5A ceramic formulation, enabling consistent electromechanical performance required for precision applications. The 3x3x2 mm dimensions allow integration into compact sensor arrays and actuator systems. With a 60V operational threshold, the substrate supports low voltage applications while its uniform microstructure minimises internal defects, thereby facilitating efficient signal response.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 60V Applications

Electronics
- Used as an actuator in MEMS devices to achieve fine displacement control by utilising controlled piezoelectric response.

Industrial
- Applied as a sensor element in vibration monitoring systems to detect structural anomalies by utilising consistent electromechanical properties.

Healthcare
- Used as an ultrasonic transducer component in imaging systems to improve signal response by utilising its low voltage activation characteristics.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 3x3x2 mm 60V Packing

The substrate is packaged in static-dissipative carriers with foam cushioning to minimise mechanical stress. It is sealed in anti-contamination pouches and enclosed in rigid cartons to guard against environmental exposure. Storage instructions recommend dry, temperature-controlled conditions to preserve material properties. Custom labelling and packaging modifications are available based on order requirements.

Frequently Asked Questions

Q1: How is the piezoelectric performance maintained under varying operational conditions?
A1: The substrate undergoes controlled sintering and surface inspection using electron microscopy, which helps minimise process-induced variations. This ensures that electromechanical properties remain stable during moderate thermal and mechanical fluctuations. Adhering to recommended storage protocols further preserves performance.

Q2: What quality control methods verify the substrate’s dimensional accuracy?
A2: SAM employs high-resolution microscopy and precision metrology during production to ensure the 3x3x2 mm dimensions meet strict tolerances. This thorough inspection process facilitates effective integration into device assemblies requiring consistent size standards.

Q3: Are there special handling precautions during device assembly?
A3: The substrate should be handled with anti-static tools and minimal physical force to avoid microcracking or contamination. Maintaining a clean, dry environment during assembly is crucial to preserve its electromechanical properties throughout integration.

Additional Information

Piezoelectric ceramics like PZT materials are central to numerous sensor and actuator applications due to their capability to interconvert electrical and mechanical energy. Advances in processing techniques continue to reduce internal defects, enhancing performance consistency across various operational conditions.

Ongoing research in piezoelectric materials emphasises understanding the relationship between microstructural properties and macroscopic device behaviour. This evolving knowledge base informs the development of precise, energy-efficient components in electronics, industrial monitoring, and medical imaging systems.