CM9600 Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 5x5x2 mm 60V

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 5x5x2 mm 60V Description

The PZT-5A based substrate exhibits a compact size of 5x5x2 mm and supports operation at 60V. Its piezoelectric characteristics stem from a controlled crystallographic structure, offering precise electromechanical conversion. The defined dimensions ensure compatibility with micro-scale integration in sensors and actuators. Stringent testing, including voltage endurance and microstructural analysis, confirms its suitability for high-frequency applications.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 5x5x2 mm 60V Applications

Electronics
- Used as an actuator in MEMS devices to achieve controlled movement by leveraging its precise voltage response.
- Employed as a sensor element in control circuits to attain accurate signal detection based on piezoelectric conversion.

Industrial
- Applied as a vibration sensor in machinery monitoring to detect early-stage faults by utilising its stable electrical output.
- Utilised in timing devices to support precise operation by capitalising on its compact form factor and predictable performance.

Piezoelectric Ceramic Sheet PZT Substrate PZT-5A 5x5x2 mm 60V Packing

The substrate is secured in an anti-static, moisture-resistant tray with foam inserts to mitigate mechanical damage. A moisture-barrier wrapping and sealed container ensure minimal exposure to contaminants during transit. The packaging supports stable storage under controlled temperature and humidity conditions. Custom packaging options, including bulk containers and specific labelling, are available upon inquiry.

Frequently Asked Questions

Q1: How is the voltage tolerance of the PZT-5A substrate verified in practical conditions?
A1: Voltage tolerance is confirmed through standardised electrical testing protocols, including step-wise voltage ramping and endurance tests, ensuring that the substrate maintains performance up to 60V under operational loads.

Q2: What quality control measures are implemented during production to ensure dimensional accuracy?
A2: The production process includes dimensional calibration using precision micrometry and optical imaging. This is complemented by statistical sampling techniques to verify that each substrate meets the 5x5x2 mm specifications consistently.

Q3: How can this substrate be integrated into existing MEMS systems?
A3: The substrate’s compact dimensions and stable piezoelectric response simplify integration into MEMS devices. It is compatible with standard semiconductor mounting techniques and can be paired with common signal conditioning circuits for reliable performance.

Additional Information

Piezoelectric ceramics, such as those based on PZT-5A, operate by converting mechanical stress into electrical signals, a phenomenon essential to many sensor and actuator applications. Their crystalline structure plays a critical role in determining the efficiency of this energy conversion, making precise composition control vital.

Materials like PZT not only sustain high-frequency actuation but also offer opportunities for miniaturisation in advanced electronic systems. Understanding the relationship between processing techniques and the resulting piezoelectric properties can aid researchers and engineers in optimising system performance in diverse industrial and commercial applications.