CY9393 PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol%

PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol% Description

Experience the performance and reliability of our PIN-PMN-PT Single Crystal Substrate, featuring (111) orientation and 30–34 mol% doping. With dimensions of 5×10×0.5 mm, this material delivers high dielectric constants, piezoelectric coefficients, and electromechanical coupling. Its structure ensures stable operation across a wide temperature range, making it suitable for high-frequency transducers, ultrasonic imaging probes, and precision actuators.

Each crystal substrate undergoes quality control measures to ensure adherence to industry standards. Our manufacturing processes minimise defect densities, maintain uniform thickness, and deliver consistently smooth surfaces. This attention to detail guarantees performance in electronic and optical devices, allowing you to harness their full potential.

PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol% Applications

PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol% stands out for its piezoelectric coefficients and electromechanical properties. This crystalline material enables sensing, actuation, and signal transformation in a range of civilian and commercial markets. Its sensitivity to mechanical and electrical fields, combined with stable performance over a wide temperature range, makes it suitable for advanced applications.

1. Electronics and Semiconductor Applications

·         High-precision micro-actuators for semiconductor wafer handling

·         Sensitive transducer elements in signal processing devices

2. Healthcare and Medical Device Applications

·         Ultrasound imaging components for diagnostic clarity

·         Piezoelectric sensors for patient monitoring systems

3. Automotive and Industrial Applications

·         Advanced vibration sensors for manufacturing process control

·         Durability-focused actuators in automated assembly lines

PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol% Packaging

These substrates are individually sealed in static-free, moisture-resistant packaging with cushioned foam inserts for impact protection. An inert nitrogen environment ensures minimal contamination and oxidation. Substrates should be stored in a cool, dry area away from direct sunlight. Clean, powder-free gloves are recommended for handling. Custom packaging sizes and labelling options are available upon request to meet specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol% FAQs

Q1: What are the key material properties of PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol%?

A1: PIN-PMN-PT (111) single crystal substrates feature piezoelectric coefficients, low dielectric losses, and poling uniformity, making them suitable for sensor and actuator applications. The 30-34 mol% doping ratio contributes to thermal stability, while the (111) crystallographic orientation ensures consistent mechanical properties. The 5×10×0.5 mm form factor allows for integration, providing reliable performance in ultrasonic transducers, resonators, and microelectromechanical system (MEMS) components.

Q2: How should this product be handled and stored?

A2: To prevent any physical or chemical damage, handle PIN-PMN-PT substrates with clean, lint-free gloves or tweezers, ensuring minimal direct contact. Store them in anti-static containers with a soft lining to avoid surface scratches or chipping. Maintain a stable environment with moderate humidity (approximately 40-60%) and ambient temperature ranges. Regularly inspect the crystal surfaces for contamination and clean them using non-abrasive methods, such as an approved solvent rinse.

Q3: Which quality standards and certifications apply to PIN-PMN-PT Single Crystal Substrate (111) 5x10x0.5 mm 30-34 mol%?

A3: PIN-PMN-PT single crystal substrates are commonly produced under ISO 9001-certified quality management systems, guaranteeing consistent composition and process control. Manufacturers use recognised standards like ASTM or DIN protocols to test key parameters such as crystalline quality, doping uniformity, and mechanical integrity. Each batch is accompanied by a Certificate of Analysis confirming compliance with specifications. Safety and environmental standards are also typically met through established industrial regulations and guidelines.

Related Information

1. Material Properties and Advantages

From its precise (111) crystallographic orientation to its maintained dimensions of 5×10×0.5 mm, the PIN-PMN-PT Single Crystal Substrate with 30–34 mol% composition delivers piezoelectric performance. This crystal structure ensures sensitivity and energy conversion capabilities, making it suitable for devices that require electromechanical coupling. Additionally, the single-crystal nature of PIN-PMN-PT helps minimise grain boundary issues, promoting stable operation under variable temperatures and environmental conditions.

Exhibiting low dielectric losses alongside a high dielectric constant, this substrate design maintains reliability across a frequency spectrum. The material’s mechanical strength and thermal stability further amplify its suitability in sensing, actuating, and transducer applications. By retaining a uniform crystal lattice, the substrate effectively reduces internal diffraction and scattering, resulting in consistent device performance throughout its lifecycle.

2. Applications in Advanced Industries

Opportunities arise when PIN-PMN-PT Single Crystal Substrates are incorporated into sectors that demand precision and reliability. Enhanced by their high-frequency response and low loss characteristics, these substrates serve as components in ultrasound systems, scanning probes, and other medical diagnostic tools. Their energy efficiency and functional stability also make them valuable in sensor arrays, where data capture is critical.

Meeting the requirements for miniaturised electronic devices, this substrate aligns with the trends of portable instrumentation and integrated electromechanical systems. In fields such as surface acoustic wave filtering and microelectromechanical systems (MEMS), the substrate’s ability to maintain performance in constrained conditions ensures that device output remains accurate. By delivering functionality and reliability, the PIN-PMN-PT Single Crystal Substrate (111) continues to elevate technologies across multiple industries.