iDEAL Semiconductor

iDEAL Semiconductor is an industry-leading developer of next generation silicon power devices. SuperQ products are engineered and fabricated in the USA.

[iDEAL Semiconductor @idealsemi]

Silicon power devices were thought to be near their limits—but that’s changing.

At #PCIMEurope, we’re discussing SuperQ™: a new class delivering ultra-low Rsp, higher ruggedness, faster switching MOSFETs, and optimized cost/performance.

📅 Meet the iDEAL team.

[iDEAL Semiconductor @idealsemi]

#PCIMEurope is a key annual event for the power electronics community—and iDEAL Semiconductor will be there.

Designing next-gen power systems? Let’s connect.

Meet our team to explore how SuperQ™ is redefining silicon power devices.

📅 Book a meeting with us.

[iDEAL Semiconductor @idealsemi]

The best MOSFET in the world is useless…
if no one can afford it.

In this clip, we talk about a simple reality:The industry will reward better performance, but only at a reasonable cost.

🎥 Watch the full webinar + Q&A: https://t.co/SgnQzDOJ0g

#SemiXIITBombay

[iDEAL Semiconductor @idealsemi]

iDEAL Semiconductor is presenting SuperQ at ISPSD, a new architecture rethinking RESURF (Superjunction) charge balance. Results: record-low Rsp (~40% lower) and scalability to 1200V. Attending ISPSD? Come talk to us about what’s next.

[iDEAL Semiconductor @idealsemi]

eMobility, robotics, and industrial systems, 72–144V batteries are becoming the standard—cutting current, boosting efficiency, and avoiding high-voltage complexity. Our blog explains why and how SuperQ™ enables lower losses and more robust designs.
👉 : https://t.co/Gc4n5YRR6a

[iDEAL Semiconductor @idealsemi]

Don’t bet against silicon.

Engineers keep finding ways to improve:
Conduction
Robustness
Switching performance
System-level efficiency

🎥 Watch the full webinar + Q&A: https://t.co/SgnQzDOJ0g

#SemiXIITBombay

[iDEAL Semiconductor @idealsemi]

In our latest article featured in Bodo’s Power Systems, CTO David Jauregui examines why QRR is not a constant, and how its time-dependent behavior impacts real-world system performance.

Read the full article here: https://t.co/o5FNSqWIjv

[iDEAL Semiconductor @idealsemi]

Our latest @Component in Electronics article explores how new silicon architectures break long-standing trade-offs—delivering lower on-resistance, reduced switching losses, and higher power density without sacrificing robustness or manufacturability.
https://t.co/guaNJubuX7

[iDEAL Semiconductor @idealsemi]

Silicon was supposed to be gone by now—first 2015, then 2020. And now… there’s SuperQ. In this clip, we reflect on what actually happened: performance improved, but not always with the cost, robustness, and scalability needed for widespread adoption. 🎥 https://t.co/SgnQzDOJ0g

[iDEAL Semiconductor @idealsemi]

Engineers often focus on RDS(on) for MOSFET efficiency—but in high-frequency converters, switching losses dominate. Key factors: QSW and EOSS. Together they reveal true efficiency. How do you evaluate switching losses? https://t.co/o0D42GMtRl

[iDEAL Semiconductor @idealsemi]

In this clip, we talk about how with SuperQ we:
Extended our qualification beyond JEDEC standards
Validated performance over thousands of hours
Achieved AEC-Q101 qualification

🎥 Watch the full webinar (including Q&A): https://t.co/SgnQzDOJ0g

[iDEAL Semiconductor @idealsemi]

SuperQ Spotlight: 72–144V Motor Drives

As robotics, automation, LEVs, drones & tools shift to higher voltages, they need rugged, efficient, compact power solutions.

Explore ultra-low RDS(on) 200V MOSFET: https://t.co/5fWM7IfOEC

[iDEAL Semiconductor @idealsemi]

SuperQ™ introduces a new approach to RESURF implementation that improves electric-field control and enables record-low specific on-resistance (RSP).

This short preview highlights the architectural shift behind the performance.

Full video link: https://t.co/ZFX25GAOL3

[iDEAL Semiconductor @idealsemi]

Evaluating MOSFETs? What causes you the biggest headaches?

We’ve launched “Ask a SuperQ Expert” — a direct line to our applications engineers for device selection, design issues, or new architectures.

Ask here: https://t.co/Z53CfRjoNY

[iDEAL Semiconductor @idealsemi]

In a recent webinar sponsored by SemiX IIT Bombay, iDEAL explored how this approach is enabling:
Industry-leading lowest RSP
Robust, reliable operation
Reduces switching losses
Optimized cost x performance

Explore the full recap and webinar: https://t.co/BWdRekh2WF

[iDEAL Semiconductor @idealsemi]

Our latest article, featured in @Bodo’s Power Systems, explores why real-world conditions—not just efficiency—define reliability, how SCWC impacts protection, and what it takes to design MOSFETs for real faults. Read more: https://t.co/ZFD0Wu6jxa

[iDEAL Semiconductor @idealsemi]

#APEC2026 was a great week of learning, discussion, and collaboration.

Thank you to everyone who attended our sessions, stopped to talk, or shared insights.

If you missed us at APEC or want to continue the conversation, we’d be happy to connect.

https://t.co/tiKzUMWea5

[iDEAL Semiconductor @idealsemi]

We’re excited to announce that iDEAL Semiconductor has signed a global distribution agreement with #DigiKey.

SuperQ™ silicon power MOSFETs are now available for evaluation & purchase through DigiKey’s global e-commerce platform.

Read here: https://t.co/yGij1O02C3

[iDEAL Semiconductor @idealsemi]

Presenting today at APEC 2026 — David Jauregui will present a data-driven reexamination of hard-switching losses in silicon and GaN devices using a normalized Rdson framework.

📅 Weds, March 25⏰ 1:55–2:20 PM CT🎤 Session IS18.2
Details:https://t.co/Gc17wUZsfz

[iDEAL Semiconductor @idealsemi]

Day two at APEC 2026. Our team is meeting with designers and system architects to walk through demos, share data, and dig into technical questions. One-on-one discussions make APEC a valuable forum. Connect: https://t.co/tiKzUMWea5