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Customized & Bulk Supply of SiC Wafers | Comprehensive Specifications – The Preferred Material for Enhanced Power Density and Thermal Stability
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A Comprehensive Overview of Thin Film Deposition Techniques: MOCVD, Magnetron Sputtering, and PECVD
In semiconductor manufacturing, while photolithography and etching are the most frequently mentioned processes, epitaxial or thin film deposition techniques are equally critical. This article introduces several common thin film deposition methods used in chip fabrication, including MOCVD, magnetr...Read more -
Sapphire Thermocouple Protection Tubes: Advancing Precision Temperature Sensing in Harsh Industrial Environments
1. Temperature Measurement – The Backbone of Industrial Control With modern industries operating under increasingly complex and extreme conditions, accurate and reliable temperature monitoring has become essential. Among the various sensing technologies, thermocouples are widely adopted thanks to...Read more -
Silicon Carbide Lights Up AR Glasses, Opening Boundless New Visual Experiences
The history of human technology can often be seen as a relentless pursuit of “enhancements”—external tools that amplify natural capabilities. Fire, for example, served as an “add-on” digestive system, freeing more energy for brain development. Radio, born in the late 19th century, bec...Read more -
Sapphire: The “Magic” Hidden in Transparent Gems
Have you ever marveled at the brilliant blue of a sapphire? This dazzling gemstone, prized for its beauty, holds a secret “scientific superpower” that could revolutionize technology. Recent breakthroughs by Chinese scientists have unlocked the hidden thermal mysteries of sapphire cry...Read more -
Is Lab-Grown Colored Sapphire Crystal the Future of Jewelry Materials? A Comprehensive Analysis of Its Advantages and Trends
In recent years, lab-grown colored sapphire crystals have emerged as a revolutionary material in the jewelry industry. Offering a vibrant spectrum of colors beyond the traditional blue sapphire, these synthetic gemstones are engineered through adva...Read more -
Predictions and Challenges for Fifth-Generation Semiconductor Materials
Semiconductors serve as the cornerstone of the information age, with each material iteration redefining the boundaries of human technology. From first-generation silicon-based semiconductors to today’s fourth-generation ultra-wide bandgap materials, every evolutionary leap has driven transf...Read more -
Laser slicing will become the mainstream technology for cutting 8-inch silicon carbide in the future. Q&A Collection
Q: What are the main technologies used in SiC wafer slicing and processing? A:Silicon carbide (SiC) has a hardness second only to diamond and is considered a highly hard and brittle material. The slicing process, which involves cutting grown crystals into thin wafers, is...Read more -
The Current Status and Trends of SiC Wafer Processing Technology
As a third-generation semiconductor substrate material, silicon carbide (SiC) single crystal has broad application prospects in the manufacturing of high-frequency and high-power electronic devices. The processing technology of SiC plays a decisive role in the production of high-quality substrate...Read more -
Sapphire: There is more than just blue in the “top-tier” wardrobe
Sapphire, the “top star” of the Corundum family, is like a refined young man in a “deep blue suit”. But after meeting him many times, you will find that his wardrobe is not just “blue”, nor just “deep blue”. From “cornflower blue” to ...Read more -
Diamond/Copper Composites – The Next Big Thing!
Since the 1980s, the integration density of electronic circuits has been increasing at an annual rate of 1.5× or faster. Higher integration leads to greater current densities and heat generation during operation. If not dissipated efficiently, this heat can cause thermal failure and reduce the li...Read more -
First-generation Second-generation Third-generation semiconductor materials
Semiconductor materials have evolved through three transformative generations: 1st Gen (Si/Ge) laid the foundation of modern electronics, 2nd Gen (GaAs/InP) broke through optoelectronic and high-frequency barriers to power the information revolution, 3rd Gen (SiC/GaN) now tackles energy and ext...Read more