Structure : Cubic, Single Crystalline
Grain Size : Thickness and process dependent (0.05 – 1 mm)
Thickness : up to 2 mm
Dimensional Tolerance : ±50 μm
Polishing Aspect Ratio : Up to 50:1 for diameters up to 145 mm
Power : <0.5 fringes/cm
Irregularity : <0.5 fringes/cm
Transmitted Wavefront : <0.5 fringes/cm
Surface Roughness : <15 nm
Optical Properties
Bulk Absorption @ 10.6 μm : <0.07 cm-1
Bulk Absorption @ 1 um : <1 cm-1
Scatter @ 1 μm : <0.7 cm-1
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Anjali Semicon is a leading manufacturer of diamond semiconductor substrates, providing high-quality solutions for advanced electronic and industrial applications. Our expertise in diamond technology ensures that our substrates offer unmatched performance, reliability, and efficiency.
Diamond semiconductor substrates are highly specialized materials used as the foundation for semiconductor devices. Due to diamond’s exceptional properties, these substrates significantly enhance the performance of electronic components, particularly in high-power and high-frequency applications.
At Anjali Semicon, we utilize state-of-the-art technology and precise engineering to produce diamond semiconductor substrates of the highest quality. Our rigorous manufacturing processes ensure that each substrate meets stringent industry standards, providing superior performance and consistency.
| Outstanding Thermal Conductivity | Diamond's exceptional thermal conductivity ensures efficient heat dissipation, crucial for high-power electronic devices. |
| High Electron Mobility | Diamond substrates offer excellent electron mobility, leading to faster and more efficient electronic devices. |
| Durability and Hardness | The inherent hardness of diamond provides outstanding durability and wear resistance, essential for demanding applications. |
| Chemical Stability | Diamond's chemical inertness ensures long-term stability and reliability, even in harsh environments. |