Today's Deal Batio3 (111) 5x5 X1.0 Mm, 2sp , Substrate Grade(with Domains) - Btoc050510s2us Perfect For Gifting [XlEga6Fq]

BaTiO3 (111) 5x5 x1.0 mm Single Crystal Substrate

The BaTiO3 (111) 5x5 x1.0 mm single crystal substrate is a high-quality material designed for precision applications. This single crystal with substrate grade features a crystal grade of single crystal with substrate grade, ensuring excellent performance and reliability. The size of the substrate is 5 x 5 x 1.0 mm with a tolerance of +/- 0.05 mm, providing precise dimensions for your projects. The substrate is polished on two sides for a smooth and uniform surface, enhancing its functionality and ease of use.

Key Features and Specifications

This BaTiO3 single crystal substrate is polished on two sides, offering a high-quality finish that is ideal for various applications. The orientation of the crystal is <111> +/- 0.5^o, ensuring consistent and reliable performance. The packing is done in a 1000 class clean room in a vacuum bag, maintaining the purity and integrity of the material. For shipping, the substrate is packed in a thermal box with a battery pack to keep the temperature above 10^oC, ensuring that the product arrives in perfect condition. The typical properties of this BaTiO3 single crystal include a crystal structure of tetragonal (4m) with a melting point of 1600^oC and a density of 6.02 g/cm³. The dielectric constants are e_a = 3700, e_c = 135 (unclamped) and e_a = 2400, e_c = 60 (clamped), providing excellent electrical properties.

Applications and Benefits

The BaTiO3 (111) 5x5 x1.0 mm single crystal substrate is highly versatile and can be used in a wide range of applications. Its excellent dielectric properties make it ideal for capacitors, sensors, and other electronic devices. The high-quality crystal structure and precise dimensions ensure reliable performance and long-lasting durability. The polished surface and clean room packaging make it easy to integrate into your projects, saving time and effort. With its excellent thermal stability and low absorption loss, this substrate is a perfect choice for high-performance applications.