Free Shipping Ge Wafer (110)n Type, Sb Doped, 2" Dia X 0.5 Mm, 1sp Resistivity: 1-5 Ohm.cm Now 90% Cheaper [3KYlDTRL]

High-Quality Ge Wafer (110)N Type, Sb Doped

Introducing our premium Ge Wafer (110)N type, Sb doped, a superior choice for advanced semiconductor applications. This wafer is meticulously crafted with a 2" diameter and a thickness of 0.5 mm, ensuring optimal performance and durability. The 1SP resistivity of 1-5 ohm.cm makes it suitable for a wide range of applications, from solar cells to optoelectronics. With its exceptional quality and reliability, this Ge wafer is the ideal choice for your next project.

Product Specifications and Features

Our Ge Wafer (110)N type, Sb doped, boasts several key features that set it apart from other offerings. The wafer is grown using the Czochralski (CZ) method, which ensures the highest level of purity and quality. The orientation of the wafer is (110) +/- 0.5 degrees, providing precise alignment for your semiconductor devices. The surface finish is one side optical polished, with a roughness of <30A RMS, ensuring a smooth and even surface for your applications. Additionally, the wafer is Sb doped, resulting in a N-type conductivity, which is essential for various electronic devices. The package is stored in an environment under 1000 class clean room, guaranteeing its cleanliness and quality.

Practical Applications and Benefits

Our Ge Wafer (110)N type, Sb doped, is a versatile component with numerous practical applications. Whether you're working on cutting-edge solar cells, optoelectronic devices, or other semiconductor applications, this wafer is an excellent choice. Its high resistivity and superior quality make it ideal for a wide range of devices, ensuring optimal performance and reliability. By using this Ge wafer, you can enhance the efficiency and lifespan of your electronic devices, providing a competitive edge in your industry. With its wide range of applications and proven performance, this wafer is a valuable asset for any semiconductor project.