by iDEAL Semiconductor | May 6, 2026 | Blog
In power electronics, voltage is not just a specification; it is a defining parameter that shapes efficiency, thermal performance, system cost, and overall design complexity. For many years, designers have primarily operated within two well-established domains....
by iDEAL Semiconductor | May 1, 2026 | In the News
Reverse recovery charge, QRR, is one of those parameters most power engineers know well. It appears prominently in MOSFET datasheets, it finds its way into switching-loss equations, and it is often used to compare devices when efficiency matters. The problem is not...
by iDEAL Semiconductor | Apr 29, 2026 | In the News
Silicon power semiconductors are a mature and well-understood technology; for many years, progress has come primarily through incremental improvements rather than fundamental architectural change. The last major leap at the device architecture level was the...
by iDEAL Semiconductor | Apr 10, 2026 | In the News
Is silicon really reaching its limits, or is it being redefined? In this recent Electronic Design podcast, iDEAL Semiconductor’s Co-founder and CTO, David Jauregui, discusses how next-generation silicon architectures are breaking traditional performance tradeoffs and...
by iDEAL Semiconductor | Apr 1, 2026 | Blog
For decades, power electronics designers have worked within the same fundamental constraints: improving conduction losses often comes at the expense of switching performance and vice versa. But what if that tradeoff no longer applied? In a recent technical webinar,...
