Expertly Crafted Vgf-gaas (100) Orientation, Zn-doped 10x10x0.625 Mm, 1sp Highly Recommended [t3knQ9PN]

High-Quality VGF-GaAs (100) Orientation Wafers

Our VGF-GaAs (100) orientation wafers are designed for precision and performance, ideal for a wide range of applications. These wafers are grown using the Vertical Gradient Freeze (VGF) method, ensuring exceptional crystal quality and uniformity. With a size of 10x10x0.625 mm and one side polished, they offer a smooth surface finish for optimal performance. Key features include a Zn-doped P-type conductivity, carrier concentration of (1.3-2.2) x 10^19 /cm^3, and a mobility of 64-75 cm^2/V.S, making them suitable for high-speed electronics and optoelectronic devices.

• High-Quality Crystal Growth: The VGF method guarantees a high-quality GaAs crystal with excellent structural integrity.
• Precise Dimensions: With a size of 10x10x0.625 mm, these wafers are perfect for precise device fabrication.

Technical Specifications and Performance

Our GaAs single crystal wafers are not just visually appealing; they offer superior technical specifications. The wafers are Zn-doped, ensuring a P-type conductor type, and have an average roughness (Ra) of less than 0.4 nm for smooth surface finish. The resistivity is within the range of (4.5-6.7)x10^-3 ohm.cm, and the electron mobility is between 64-75 cm^2/V.S. These specifications make them ideal for applications requiring high conductivity and low resistance.

• Superior Conductivity: The P-type conductivity and carrier concentration of (1.3-2.2) x 10^19 /cm^3 ensure high conductivity for efficient device operation.
• Low Resistance: The resistivity range of (4.5-6.7)x10^-3 ohm.cm ensures minimal resistance and optimal performance.

Applications and Benefits

Our VGF-GaAs (100) orientation wafers are versatile and find applications in various industries. They are perfect for high-speed electronics, optoelectronic devices, and semiconductor devices. The combination of high-quality crystal growth, precise dimensions, and excellent technical specifications makes them an ideal choice for researchers, engineers, and manufacturers looking for reliable and efficient components. These wafers not only enhance the performance of devices but also contribute to the development of cutting-edge technologies.

• High-Speed Electronics: Ideal for use in high-speed electronic devices, offering fast response times and reliable performance.
• Optoelectronic Devices: Perfect for optoelectronic applications, providing efficient light-emitting and detecting capabilities.