CY9389 PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol%

PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol% Description

Our PIN-PMN-PT Single Crystal Substrate (001) measuring 5×10×0.5 mm with a 30–34 mol% composition is valued for its high electromechanical coupling coefficients, low dielectric loss, and notable piezoelectric performance. Engineered with precise crystallographic orientation, it delivers increased sensitivity and bandwidth, making it suitable for high-frequency transducers, advanced medical ultrasound systems, and precision sensors. The substrate’s material properties also support energy conversion in actuators and resonators, enabling operation in demanding environments.

Each substrate undergoes rigorous quality control to ensure uniform thickness, minimal defects, and consistent crystal quality across production batches. Manufactured under strict standards, our PIN-PMN-PT Single Crystal Substrates provide high performance, reliability, and longevity—assisting you in achieving excellent results in your most exacting research, development, or industrial applications.

PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol% Applications

PIN-PMN-PT Single Crystal Substrates are notable for their piezoelectric and electromechanical coupling properties, making them well-suited for advanced device applications. Due to a high dielectric constant and strong electromechanical response, these crystals enable precision sensing, actuator design, and transducer performance. With a stable crystalline structure and precisely engineered dimensions, they provide numerous opportunities for innovative developments across various industries and research fields.

1. Electronics and Semiconductor Applications

·         Use in next-generation micro-electromechanical systems (MEMS) to enhance sensor performance and signal accuracy

·         Integration into high-frequency filters and resonators for stable and reliable electronic device operation

2. Medical Devices and Healthcare Applications

·         Incorporation into high-resolution ultrasound transducers for clearer diagnostic imaging

·         Application in precision surgical equipment, providing sensitive feedback and control

3. Research and Scientific Instrument Applications

·         Development of advanced piezoelectric sensors for lab-scale testing and measurement

·         Use in highly sensitive transducer designs for nondestructive evaluation in various scientific fields

PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol% Packaging

Each PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol% is wrapped in antistatic film, placed between foam inserts, and sealed in a vacuum bag with desiccant to prevent moisture damage. Store at room temperature in a clean, low-humidity environment to avoid contamination. Additional protective covers block dust and debris. Custom packaging and labelling solutions are available to address specialised requirements and ensure safe shipment.

Packaging: Vacuum sealed, Wooden Box, or Customised.

PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol% FAQs

Q1: What are the key material properties of PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol%?

A1: PIN-PMN-PT Single Crystal Substrates (001) with 30-34 mol% compositional doping display high electromechanical coupling, elevated piezoelectric coefficients, and low dielectric loss. They feature a well-defined crystallographic orientation that enhances device performance, particularly for sensors and actuators. The 5x10x0.5 mm dimensions provide a compact form factor suitable for high-frequency or miniaturised applications, while the single-crystal structure ensures stable and consistent functional properties.

Q2: How should this product be handled and stored?

A2: Due to their brittle nature, PIN-PMN-PT Single Crystal Substrates must be handled with care to prevent chipping or cracking. It is recommended to use clean gloves during handling to avoid contamination and apply only gentle pressure. When not in use, they should be stored in sealed, anti-static containers with desiccant to prevent moisture absorption. Avoid sudden temperature changes and vibrations to maintain substrate integrity.

Q3: Which quality standards and certifications apply to PIN-PMN-PT Single Crystal Substrate (001) 5x10x0.5 mm 30-34 mol%?

A3: Manufacturers typically follow established quality management protocols such as ISO 9001 to ensure consistent substrate performance and uniform composition. These substrates often comply with RoHS and REACH directives, reflecting a commitment to restricting hazardous substances and promoting environmental responsibility. Additional QC steps, including rigorous dimensional checks and defect inspection, help maintain substrate uniformity while verifying crystallographic orientation and piezoelectric properties.

Related Information

1. Material Properties and Advantages

These PIN-PMN-PT single crystal substrates offer a balance of piezoelectric and dielectric characteristics, achieved through their 30-34 mol% composition. The specific (001) crystallographic orientation enhances responsiveness under varying electric fields, making them a critical component in precision instrumentation. Measured at 5x10x0.5 mm, they serve as a compact yet durable platform that can be tailored for specialised micro-scale devices, such as highly sensitive ultrasonic transducers.

Using a balanced composition and advanced crystal growth methods, these substrates deliver lower dielectric losses compared to standard ceramic components. Their high electromechanical coupling factor translates into improved signal clarity and reduced interference during operation. In addition, their high thermal stability supports consistent performance across diverse environmental conditions, making them a reliable choice for precision applications requiring consistent accuracy.

2. Applications in Advanced Industries

Known for their performance in signal conversion, PIN-PMN-PT single crystal substrates have found extensive use in various rapid-response sensor systems. Their high dielectric constants, in conjunction with the optimised crystal orientation, aid in detecting minute variations in pressure or vibration. Industries focusing on ultra-precision sensing, including medical imaging providers and acoustic testing laboratories, benefit from the substrates’ clear and stable output signals.

Furthermore, the enduring nature of these substrates facilitates their integration into microelectronics used in advanced telecommunication devices. By providing enhanced frequency control and functional precision, they enable the design of compact, high-performance components. Researchers exploring new piezoelectric technologies also rely on these substrates to facilitate innovation, capitalising on their ability to deliver both stability and effective transduction capabilities in applications.