CM9606 Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 7x7x2 mm 200V

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 7x7x2 mm 200V Description

The Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 7x7x2 mm 200V employs a mixed oxide composition of lead zirconate titanate with the PZT-5A formulation. Its dimensions of 7x7x2 mm facilitate compatibility with conventional assembly and integration methods in device manufacturing. The 200V rating indicates its operational voltage range, while its finely controlled microstructure enhances electromechanical responsiveness critical for actuator and sensor functions.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 7x7x2 mm 200V Applications

Electronics Applications
- Used as an active transducer element in microelectromechanical systems (MEMS) to achieve motion control by utilising its consistent voltage response.
- Applied as a sensing component in pressure sensors to convert mechanical stress into electrical signals, thereby enhancing detection accuracy.

Industrial Applications
- Serves as an actuator in precision automation equipment to perform controlled mechanical movements by utilising its stable piezoelectric effect.
- Frequently used in vibration monitoring systems to detect structural shifts, allowing for real-time assessments via its defined electromechanical properties.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 7x7x2 mm 200V Packing

The product is packaged in protective anti-static foil within rigid foam-lined containers to mitigate mechanical stress and electrostatic discharge. Storage conditions require a dry, temperature-controlled environment to maintain performance stability. The packaging design incorporates vibration damping and particulate barriers, and customisation options such as compartmentalised trays and labelling are available to meet specific logistical and handling demands.

Frequently Asked Questions

Q1: What methods are used to ensure dimensional consistency in the substrate?
A1: The substrate undergoes in-line laser measurement and optical microscopy during production. These methods verify the 7x7x2 mm dimensions and ensure uniform thickness, which is essential for consistent performance in precision devices.

Q2: How does the 200V rating affect the operational application of the product?
A2: The 200V rating defines the maximum operating voltage, crucial for designing circuits that avoid dielectric breakdown. Correct voltage application is key to achieving optimal piezoelectric response and device longevity.

Q3: Can the PZT-5A formulation be adjusted for specific application demands?
A3: While the PZT-5A composition is fixed for this product to ensure consistency, Stanford Advanced Materials (SAM) offers detailed characterisation data that assists in system-level design adjustments for applications requiring specific electromechanical behaviours.

Additional Information

Piezoelectric materials such as PZT-5A are integral in applications where the conversion of mechanical energy into electrical signals is necessary. Their performance is highly dependent on microstructural integrity and precise compositional control, which are verified through advanced imaging and diffraction techniques. Understanding these factors aids in optimising their integration into modern sensors and actuators.

Advances in material processing have further refined the fabrication of ceramic substrates, reducing defect density and enhancing homogeneity. These enhancements support more reliable performance in industrial and research applications, where even minor variations can impact overall system functionality.