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Prime-Grade Silica Wafers (4'', 525 um Silicon and 200 nm Dry Silica, Qty: 01)
BZD 166
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Prime-Grade Silica Wafers with excellent properties including low TIR, TTV and BOW and very low roughness
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Product Details
- Prime-grade silica wafers with a diameter of 4'' and thickness of 525um Silicon and 200nm dry silica
- Orientation: 100, Type/Dopant: P/Boron, and Resistivity range of 1-30 Ω
- Front side polished and back side etched with thermal oxide layers on both sides
- TIR (Total Indicated Runout) less than 3μm, TTV (Total Thickness Variation) less than 10μm, BOW (Bow) less than 10μm, Roughness less than 0.5nm
- Highly precise and reliable for advanced semiconductor applications
- Manufactured with Prime/CZ Virgin grade to ensure superior quality and performance
| Item Weight | 0.5 lbs (230 grams) |
Product Description
Prime-Grade Silica Wafers (4'', 525 um Silicon and 200 nm Dry Silica, Qty: 01)
Customer Questions & Answers
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Question:
What are Prime-Grade Silica Wafers used for?
Answer: Prime-Grade Silica Wafers are predominantly utilized in various semiconductor applications. They serve as substrates for the manufacturing of electronic devices, such as integrated circuits and solar cells. Their high purity and consistency in thickness ensure superior performance in applications requiring precise electrical characteristics. Industries like electronics, photonics, and nanotechnology rely on these wafers for research and development as well as production. -
Question:
What is the significance of the 525 um thickness in these silica wafers?
Answer: The 525 um thickness of the silica wafers is critical for their mechanical stability and durability during processing. This thickness provides a balanced surface to support complex layering of conductive materials, which is essential in the fabrication of integrated circuits. Applications such as MEMS (Micro-Electro-Mechanical Systems) also benefit from this specific thickness, ensuring consistent functionality in microscale devices. -
Question:
How does the 200 nm dry silica layer enhance performance?
Answer: The 200 nm dry silica layer on these wafers plays a pivotal role in various electronic applications by offering excellent insulation properties. This thin layer improves the electrical isolation between devices, enhancing performance by reducing unwanted capacitance. It's particularly beneficial in high-frequency applications, where signal integrity is paramount, allowing devices to operate efficiently similar to high-performance transistors and sensors. -
Question:
Can these silica wafers be used in educational settings?
Answer: Yes, Prime-Grade Silica Wafers are excellent for educational purposes, particularly in fields such as materials science and engineering. They provide students with hands-on experience in semiconductor fabrication techniques, allowing for practical experimentation. In academic labs, these wafers can be used for research projects that focus on electronic device development, offering valuable learning opportunities in real-world applications. -
Question:
Are these silica wafers compatible with all types of fabrication processes?
Answer: While Prime-Grade Silica Wafers are versatile and compatible with many fabrication processes, their specific use should align with the requirements of the respective technology. Common processes like photolithography and etching work effectively with these wafers due to their smooth surface and high purity. However, it's essential to consult specific process guidelines, as some advanced techniques may necessitate additional adjustments or preparations to ensure optimal results. -
Question:
What is the origin of the term 'prime-grade' in silica wafers?
Answer: The term 'prime-grade' refers to the superior quality of the wafers, denoting their high purity and minimal defects. This classification is significant in semiconductor manufacturing, where even minor impurities can lead to performance degradation. Prime-grade silica wafers are manufactured under stringent conditions, ensuring that they meet industry standards for reliable and efficient electronic applications, making them preferred choices for critical projects. -
Question:
How should I store Prime-Grade Silica Wafers to maintain their quality?
Answer: To maintain the quality of Prime-Grade Silica Wafers, they should be stored in a clean, dry environment, away from direct sunlight or extreme temperatures. It’s best to keep them in protective cases to prevent contamination. Storing wafers in a controlled atmosphere will help prolong their usability and ensure that they remain free from dust or other particulates that could impact their performance in sensitive applications. -
Question:
What industries benefit the most from using these silica wafers?
Answer: Industries such as electronics, telecommunications, and renewable energy significantly benefit from using Prime-Grade Silica Wafers. In electronics, they are crucial for the development of high-performance microchips and sensors. Telecommunications rely on these wafers for devices that manage data transmission efficiently. The renewable energy sector utilizes them in the production of solar panels, where high-quality substrates translate to better energy conversion rates. -
Question:
What are the specific advantages of using silica wafers over other types?
Answer: Silica wafers offer several advantages over other substrates, such as greater thermal stability, excellent electrical properties, and superior mechanical strength. Their reliability in maintaining performance in varying temperatures makes them exceptionally suited for high-temperature applications. Furthermore, silica wafers enhance the compatibility of various materials, ensuring consistent results in multilayer device fabrication, unlike materials with higher thermal expansion rates. -
Question:
Where can I buy Prime-Grade Silica Wafers 4'', 525 um Silicon and 200 nm Dry Silica in Belize?
Answer: You can purchase Prime-Grade Silica Wafers 4'', 525 um Silicon and 200 nm Dry Silica from Ubuy. They offer a wide selection of high-quality silicones and silica products, ideal for various applications. Ubuy provides convenient access to these specialized wafers, ensuring that you find the exact specifications to meet your project needs, all in one reliable platform.
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BZD 166
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Features & Benefits
- Alpha Nanotech Prime-Grade Silica Wafers (4'', 525 um Silicon and 200 nm Dry Silica, Qty: 01)
- P/Boron dopant with 1-30 Ω resistivity
- Front Side Polished, Back Side Etched with Thermal Oxide Layers on Both Sides
- TIR < 3 μm, TTV < 10 μm, BOW < 10 μm, Roughness < 0.5 nm
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