CY9390 PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol%

PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol% Description

Our PIN-PMN-PT Single Crystal Substrate (110) with dimensions of 5×10×0.5 mm and a composition of 28–30 mol% is designed to deliver effective piezoelectric and electro-optic performance. This relaxor-based ferroelectric material exhibits significant dielectric properties, low acoustic loss, and high electromechanical coupling factors, making it suitable for precise applications. In medical imaging transducers, ultrasonic devices, or precision sensors, it provides reliable and repeatable outcomes due to its stable crystalline structure and optimized mol% ratio.

Manufactured under stringent quality controls to ensure crystal uniformity, this substrate complies with demanding industry standards. Each piece undergoes thorough inspection for dimensional accuracy, surface quality, and crystallographic integrity, ensuring customers receive a consistent material suited for advanced research and high-end commercial products.

PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol% Applications

PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol% is notable for its effective piezoelectric and dielectric properties, essential for high-performance electronic and medical systems. Its optimized composition ensures enhanced electromechanical coupling and stability, allowing researchers to advance innovation across a variety of industrial, research, and commercial applications.

1. Industrial Applications

·         Application 1: Integration in high-frequency transducers for ultrasonic inspections, providing accurate, non-destructive testing in production environments

·         Application 2: Deployment in precision actuators to improve automated assembly lines with increased sensitivity and control

·         Application 3: Use in advanced vibration control systems to maintain stability in complex manufacturing equipment

2. Research Applications

·         Application 1: Development of innovative piezoelectric devices for material characterization in academic and scientific laboratories

·         Application 2: Exploration of sensor technologies to improve signal accuracy and reduce noise in experimental setups

·         Application 3: Investigation into hybrid electronic systems that utilise multiple substrates for multifunctional prototype concepts

3. Commercial Applications

·         Application 1: Deployment in ultrasound imaging systems for enhanced clarity and diagnostic precision in healthcare settings

·         Application 2: Integration into consumer electronics’ touch sensors, providing increased responsiveness and durability

·         Application 3: Incorporation in wearable medical devices to provide reliable real-time vitals monitoring and efficient patient care

PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol% Packaging

These PIN-PMN-PT (110) single crystal substrates, measuring 5x10x0.5 mm with 28-30 mol% doping, are vacuum-sealed in anti-static pouches placed in protective foam inserts to minimize impact damage. They should be stored in a clean, dry environment at stable temperature to prevent moisture absorption and contamination. For handling, wear protective gloves and use dedicated tools. Packaging can be customized with additional cushioning or labelling tailored to specific transport and handling requirements.

Packaging: Vacuum sealed, Wooden Box, or Customized.

PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol% FAQs

Q1: What are the key material properties of PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol%?

A1: The PIN-PMN-PT Single Crystal Substrate (110) features a high piezoelectric coefficient, stable electromechanical coupling, and an excellent dielectric constant. Its 28-30 mol% PIN doping enhances mechanical strength and improves thermal stability, making it suitable for precise sensor and actuator applications. The (110) crystalline orientation contributes to optimised domain configuration, providing consistent performance under varying electrical loads. Additionally, its low dielectric loss translates to high signal fidelity in advanced commercial and industrial devices.

Q2: How should this product be handled and stored?

A2: Due to its fragile crystalline structure, the PIN-PMN-PT substrate should be handled using clean, lint-free gloves and proper support to avoid chips or cracks. It is advisable to store it in a designated protective container with controlled humidity to minimise moisture absorption. Keep the substrate away from abrupt temperature changes, direct sunlight, and excessive vibration. Using anti-static measures helps prevent potential electrostatic discharge damage.

Q3: Which quality standards and certifications apply to PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol%?

A3: Manufacturing of this PIN-PMN-PT substrate typically follows rigorous quality management systems, such as ISO 9001, to ensure consistency and reliability. Suppliers may also adhere to specialised industry requirements for piezoelectric and ferroelectric materials, which involve thorough characterisation and performance testing. Comprehensive documentation often accompanies each batch, validating crystal orientation, surface quality, and dimensional tolerances. This ensures compliance with accepted industrial best practices.

Related Information

1. Material Properties and Advantages

Developments in the field of piezoelectric devices have highlighted the characteristics of this PIN-PMN-PT Single Crystal Substrate (110) 5x10x0.5 mm 28-30 mol%. One of its significant advantages lies in its high electromechanical coupling factor, which translates to effective energy conversion efficiency for sensor and actuator applications. Furthermore, the crystal’s inherently low dielectric losses facilitate performance in advanced electronic circuits, ensuring minimal signal distortion and enhanced reliability in operating environments where accuracy is crucial.

Stability across a range of temperatures further enhances the applicability of this substrate in high-precision instrumentation. The precise (110) orientation also ensures uniform stress distribution, enabling results in everything from microelectromechanical systems (MEMS) to intricate medical imaging devices. These distinctive properties make it a candidate for future research and development endeavours that require both dependable mechanics and optimised electrical performance.

2. Manufacturing Process

Crystal growth techniques are employed to achieve the quality of this PIN-PMN-PT Single Crystal Substrate (110). Multi-step procedures, including controlled cooling rates and adjusted doping stages, are used to produce a uniform crystal lattice with minimal defects. All steps focus on preserving the 28-30 mol% composition throughout, ensuring that the final substrate meets rigorous performance parameters and retains the specific orientation required for advanced device fabrication.

Post-growth processing is applied to refine the surface finish and dimensional accuracy of the 5x10x0.5 mm plates. Polishing and annealing cycles are coordinated to reduce internal stress and enhance overall structural stability. These methods ensure that the resulting substrate delivers high piezoelectric responsiveness, minimal thermal expansion, and long-term operational consistency for various commercially oriented applications.