đź’Ž Diamond is called the "ultimate semiconductor." The hard part? Reliably switching it off.
Kanazawa University and AIST ran the first vertical diamond MOSFET that turns off the same way silicon does.
Bandgap: ~5.5 eV vs silicon's 1.1.

đź’Ž Diamond is called the "ultimate semiconductor." The hard part? Reliably switching it off.
Kanazawa University and AIST ran the first vertical diamond MOSFET that turns off the same way silicon does.
Bandgap: ~5.5 eV vs silicon's 1.1.
One cut. One step closer to a finished power device.
Here’s a look at the lead trimming process for our TO-247 discrete power devices.
Precision in every step matters.
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High current density 1.2 kV class HfO2-gated vertical GaN trench MOSFETs
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iopscience.iop.org/article/10.3...
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OnSemi stock analysis: is the company a high-quality opportunity or a trap for investors? We break down the financials.
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[Review]
Advancements in power device technologies to meet the demands of power electronics applications
2025 Appl. Phys. Express 18 110102
iopscience.iop.org/article/10.3...
APEX-NEXT (Noteworthy Excellent Topics)
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Transistors | Electronics #7
What is the most produced human invention in history? In this seventh installment of our electronics series, we dive deep into the world of transistors—the tiny building blocks that make modern computing possible.