Rohm Expands SiC Power Module Availability Through Online Distributors

The ChangeRohm expands availability of SiC power modules through online distributors, accelerating development of efficient power conversion systems for EVs and industrial use.

Rohm·Space, Defense & Strategic Deep Tech·JapanProduct LaunchPremium Signal
Official SourceOriginalrohm.com·
Indexed Mar 22, 2026
·
LinkedInX
Source Context

Rohm has expanded the online availability of its Silicon Carbide (SiC) power modules through distributors like DigiKey and Farnell, including products for EVs and industrial applications. This increased accessibility is expected to accelerate the development of more efficient and compact power conversion systems globally.

Source Tier:Official
Classification:Canonical
Original Date:Mar 22, 2026
Published:Mar 22, 2026
Date Confidence:Fallback
Why It Matters

Rohm's expansion of its SiC power module distribution through online channels simplifies access to critical components for power electronics engineers. This move is poised to accelerate the design and deployment of more efficient and compact power conversion systems across the automotive, industrial, and renewable energy sectors, contributing to broader energy conservation efforts.

Key Takeaways
1

Rohm's new SiC power modules are now available for purchase online through DigiKey and Farnell.

2

The product lineup includes the TRCDRIVE pack™ for electric vehicles, HSDIP20 for charging infrastructure, and DOT-247 for industrial applications.

3

The increased accessibility of these components is expected to accelerate the development of smaller and more efficient power conversion systems.

What to Watch
1

The increased accessibility of these components is expected to accelerate the development of smaller and more efficient power conversion systems.

2

Rohm's new SiC power modules are now available for purchase online through DigiKey and Farnell.

Based on official company source. SigFact extracts and structures signals from verified corporate announcements.

Sign in to save notes on signals.

Sign In