CY8883 Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP Description

Barium Titanate (BaTiO₃) is known for its strong ferroelectric, piezoelectric, and high dielectric properties, making it a versatile option for advanced electronic and optical applications. This BaTiO₃ (001) crystal substrate, measuring 5 × 5 × 1 mm, is produced to provide consistent surface quality and optimised performance in research and device development. Its orientation facilitates reliable polarisation along the required axis, supporting specific needs in wafer-level fabrication, capacitors, and other high-precision components.

Manufactured and polished to strict quality standards, this double-side polished (DSP) substrate ensures uniform thickness and smooth surfaces that minimise defects. By adhering to rigorous inspection protocols, each crystal substrate guarantees excellent reproducibility and consistency across batches. Experience the reliability and versatility of a high-quality Barium Titanate substrate for your advanced scientific and industrial projects.

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP Applications

Barium Titanate Crystal Substrate (BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP) is a high-performance ferroelectric material highly regarded for its effective dielectric properties, significant piezoelectric response, and excellent polarisation. Suitable for advanced electronic, research, and industrial applications, it offers significant stability and versatility. With its ability to enhance energy storage and facilitate high-frequency operation, this substrate supports numerous processes in emerging and established technologies.

1. Electronics and Semiconductors

·         Ideal for manufacturing thin-film capacitors that necessitate high dielectric constants

·         Appropriate for piezoelectric sensors and transducers in precision devices

·         Enhances performance in RF filters and resonators for low-loss signal processing

2. Medical and Healthcare

·         Used in ultrasonic imaging transducers to achieve improved resolution

·         Integrated into advanced diagnostic equipment for stable, high-sensitivity measurements

·         Utilised in specialised sensor arrays for patient monitoring systems

3. Research and Scientific Instruments

·         Facilitates advanced material science investigations into ferroelectric phenomena

·         Integral in high-precision measurement devices for laboratory testing

·         Contributes to the development of novel piezoelectric-based research tools and prototypes

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP Packaging

Each Barium Titanate Crystal Substrate (BaTiO3 (001), 5×5×1 mm, DSP) is carefully packaged using moisture-resistant, anti-static materials to prevent surface damage and contamination. Vacuum sealing ensures stable handling for extended shelf life. For optimal storage, keep them in a cool, dry environment away from moisture and direct sunlight. Additional measures such as double packaging and custom labelling are available upon request to accommodate specific needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP FAQs

Q1: What are the key material properties of Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP?

A1: Barium Titanate (BaTiO3) is a perovskite oxide acknowledged for its high dielectric constant, ferroelectric properties, and good electromechanical coupling. The (001)-oriented substrate, measuring 5x5x1 mm, offers a well-defined crystal structure with minimal defects, supporting stable thin film growth and device performance. Its large band gap and stable thermal expansion make it suitable for a range of commercial electronic and optoelectronic applications.

Q2: How should this product be handled and stored?

A2: This substrate should be handled with clean, lint-free gloves to avoid contamination and mechanical damage. Keep it in a protective container with anti-static foam or padding to prevent chipping or cracking. Avoid excessive temperature changes and store in a controlled environment with stable humidity and temperature levels. Inspect for surface blemishes before use to maintain optimal device performance.

Q3: Which quality standards and certifications apply to Barium Titanate Crystal Substrate BTO Crystal Substrate BaTiO3 (001) 5x5x1 mm DSP?

A3: Barium Titanate Crystal Substrates typically adhere to recognised manufacturing and inspection guidelines to ensure consistent structural uniformity and dielectric properties. Suppliers often maintain ISO 9001-certified facilities for quality management and may offer certificates indicating compliance with environmental directives such as RoHS. Components undergo stringent dimensional, crystalline orientation, and defect inspections to meet rigorous commercial and industrial requirements, ensuring reliable substrates for research and development applications.

Related Information

1. Material Properties and Advantages

Barium Titanate (BaTiO3) crystal substrates with a (001) orientation exhibit exceptional dielectric properties that are highly sought after in many commercial electronics. The 5x5x1 mm DSP format ensures precise dimensional control, allowing for consistent integration into piezoelectric devices and multilayer circuitry.

Meticulous polishing and orientation alignment enhance the substrate’s ferroelectric response, contributing to efficient signal conversion and improved stability. This consistent performance under varying thermal conditions makes BTO substrates a preferred choice in advanced sensor modules, where reliability and repeatability remain essential.

2. Applications in Advanced Industries

Strong piezoelectric coefficients in BaTiO3 (001) substrates enable innovative developments in precision motion control systems, such as those used in semiconductor metrology tools. Their capacity to convert mechanical pressure into electric signals underpins a wide range of sensor-based applications, making them essential in various industrial processes that require real-time feedback.

Advanced research labs also rely on these substrates for new product development in the fields of energy harvesting and microcapacitor technology. By harnessing the unique electro-optical and dielectric properties inherent to Barium Titanate, engineers can pioneer compact, high-efficiency components that drive progress in telecommunications, medical diagnostics, and beyond.