Silicon wafer Diameter 25.4mm with Orientation <100>

Silicon wafers are a crucial component in the manufacturing of a wide range of electronic devices, from integrated circuits to solar cells. These thin slices of silicon are carefully crafted to meet strict specifications, making them an essential building block for the electronics industry.

One key aspect of silicon wafers is their size, with the standard diameter being 25.4mm. This size is ideal for many applications, allowing for the creation of a sizeable number of components on a single wafer. The cutting type of these silicon wafers is crucial, as it determines how the wafers are sliced and processed during manufacturing. The resistivity of the silicon wafers is also an important factor, as it affects the electrical properties of the final products.

One application of 25.4mm silicon wafers is in the production of integrated circuits. These tiny chips are found in almost all electronic devices, from smartphones to computers. Silicon wafers are used as a base for creating the intricate circuit patterns that make up these chips, allowing for the precise placement of thousands of transistors and other components on a single wafer.

Another key application of silicon wafers is in the production of solar cells. These cells convert sunlight into electricity, making them a vital component in renewable energy systems. Silicon wafers are used to create the light-sensitive layers of these cells, allowing for the efficient capture and conversion of solar energy.

Glassflake is added to silicon wafers to enhance their performance and durability. These tiny flakes of glass are dispersed throughout the silicon wafer, adding strength and resilience to the final product. This makes the silicon wafers less prone to cracking or damage during processing, ensuring the quality and reliability of the electronic devices they are used in.

Overall, 25.4mm silicon wafers are a versatile and essential component in the electronics industry. Their precise size, cutting type, resistivity, and application of glassflake make them ideal for a wide range of applications, from integrated circuits to solar cells. These silicon wafers play a crucial role in the production of modern electronic devices, ensuring the continued advancement of technology and innovation.

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