Ultimate 4" N-type Ge Epi-film On N-type Silicon Wafer, 0.5 Um Thickness - Fmgentypeonsintypea101d05c1us Pro Version [vwLmqzHD]
4" N-Type Ge Epi-Film on N-Type Silicon Wafer Our 4" N-Type Ge epi-film on N-Type Silicon Wafer is a cutting-edge semiconductor solution designed for high-performance applications. This premium product combines the strength of silicon with the unique
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4" N-Type Ge Epi-Film on N-Type Silicon Wafer
Our 4" N-Type Ge epi-film on N-Type Silicon Wafer is a cutting-edge semiconductor solution designed for high-performance applications. This premium product combines the strength of silicon with the unique properties of Germanium, offering an optimal platform for a wide range of electronic devices. The wafer features a 0.5 um thick N-Type Germanium epitaxial layer, providing exceptional electrical conductivity and reduced thermal resistance.Key Specifications and Features
This wafer is crafted from high-grade N-Type silicon, offering excellent electrical properties and a robust structural integrity. The wafer size is 4 inches in diameter, ensuring compatibility with standard semiconductor processing equipment. The silicon wafer has a thickness of 500 to 550 um and is of Prime grade, guaranteeing superior quality and reliability. The Ge epi-film is deposited with precision, resulting in a thickness of 0.5 um with a +/- 3% tolerance. The wafer features a (100) orientation, ensuring consistent performance across the wafer surface. The N-Type doping concentration is approximately 5E18 /cc, providing a stable and predictable electrical behavior. The wafer also meets stringent cleanliness standards, with particles less than 50 @ >0.20 um, ensuring minimal contamination in semiconductor processes.Applications and Benefits
The 4" N-Type Ge epi-film on N-Type Silicon Wafer is ideal for a variety of applications, including high-speed transistors, solar cells, and optoelectronic devices. Its exceptional thermal properties and electrical conductivity make it an excellent choice for devices requiring high performance and efficiency. By using this wafer, manufacturers can achieve superior device performance and reliability, ultimately leading to cost savings and improved product quality. Whether you are a researcher, engineer, or manufacturer, this wafer is a valuable asset for your semiconductor projects.What Our Customers Say
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