High-Voltage GaN Bi-Directional Switches: Strong Performance, Simpler to Use
The demand for more efficient power solutions continues to put pressure on designers to optimize system design without compromising performance. Read how you can simplify high-voltage power conversion and reduce system cost, size and complexity for a range of demanding applications with GaN BDS. High-voltage GaN bi-directional switches enable implementation of single-stage power converters with […] The post High-Voltage GaN Bi-Directional Switches: Strong Performance, Simpler to Use appeared first on EE Times .
Advances in GaN technology are reaching maturity for deployment in high-voltage applications, driven by the increasing energy demands of modern infrastructure like AI data centers.
More efficient power management solutions are critical for scaling high-computation industries, reducing operational costs, and mitigating environmental impact.
The adoption of GaN bi-directional switches simplifies power converter designs, reduces system complexity, size, and cost, enabling more compact and robust high-voltage applications.
- · AI Data Centers
- · Energy Storage Providers
- · GaN Manufacturers
- · Infrastructure Software Developers
- · Legacy Silicon power component manufacturers
Increased power efficiency in data centers and industrial applications.
Faster deployment and lower capital expenditure for advanced computing infrastructure.
Acceleration of energy-intensive technologies, potentially exacerbating overall energy demand on grids.
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