Power Semiconductors & Electronics
Semiconductor Physics
Section titled âSemiconductor PhysicsâDiamond is the ultimate wide-bandgap semiconductor (5.5 eV) with a breakdown field >10 MV/cm. It surpasses SiC and GaN in carrier mobility and thermal management, making it the future of high-voltage and high-frequency power electronics.
Substrates & Epitaxy
Section titled âSubstrates & EpitaxyâWe support the full device stack: from conductive BDD substrates to high-purity intrinsic layers and wafer-scale coating services.
Recommended
Diamond Epitaxial Wafer For Mosfet
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Recommended
Diamond Epitaxial Wafer For Diodes 2
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Recommended
Polycrystalline Cvd Diamond Wafer
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Recommended
Cvd Diamond Coating On Silicon Wafer
View Specs →Latest Research Papers
Section titled âLatest Research Papersâ-
Chromaticity Study of Yellow HTHP Lab-Grown Diamonds Based on Spectroscopy
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Hyperfine Coupling Constants of Photoinduced Axial Symmetry NV Centers in a 6H Silicon Carbide - DFT and High-Field ENDOR Spectroscopy Study
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Enhanced Lateral Growth of Homoepitaxial (001) Diamond by Microwave Plasma Chemical Vapor Deposition with Nitrogen Addition
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Origin of surface-induced visible light absorption of nanostructured diamond
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A Broad Photon Energy Range Multi-Strip Imaging Array Based upon Single Crystal Diamond Schottky Photodiode
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Triple-Tone Microwave Control for Sensitivity Optimization in Compact Ensemble Nitrogen-Vacancy Magnetometers
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Triple-Tone Microwave Control for Sensitivity Optimization in Compact Ensemble Nitrogen-Vacancy Magnetometers
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Anomaly Detection for Semiconductor Wafer Multi-wire Sawing Machines Using Statistical and Deep Learning Methods
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Kinetic Insights and Process Selection for Electrochemical Remediation of Industrial Dye Effluents Using Mixed Electrode Systems
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Interactions of NitrogenâVacancy Centers in Diamond with Electron Beams - Implications for Quantum Sensing and Photoluminescence Stability