Mouser Electronics and Efficient Power Conversion (EPC) Enter Global Distribution Agreement to Deliver High-Performance Power Solutions

Why It Matters

GaN technology offers superior efficiency and power density over silicon, enabling smaller, lighter, and more energy‑efficient products across fast‑growing markets such as e‑mobility and autonomous sensors. The Mouser‑EPC alliance accelerates market penetration by giving designers immediate access to cutting‑edge components through a trusted distributor.

Key Takeaways

• EPC's eGaN devices outperform silicon MOSFETs in efficiency.
• Mouser will distribute EPC's GaN portfolio globally to engineers.
• New EPC2302 transistor targets 48 V motor drives and DC‑DC converters.
• EPC2305 enables higher power density for laptops, gaming PCs, and robotics.
• GaN adoption accelerates e‑mobility, lidar, and drone power solutions.

Pulse Analysis

GaN (gallium nitride) power devices have moved from niche applications to mainstream adoption, driven by their ability to switch faster and dissipate less heat than traditional silicon MOSFETs. Efficient Power Conversion (EPC) has positioned itself at the forefront of this shift with a portfolio that spans low‑voltage 15 V parts up to 350 V high‑power solutions. By partnering with Mouser Electronics, EPC taps into a distribution network that reaches over 1 million engineers in more than 200 countries, effectively shortening the time from prototype to production for designers seeking high‑efficiency power stages.

The agreement highlights several flagship products. The EPC2302, a 1.8 mΩ eGaN FET, targets 48 V motor‑drive and DC‑DC converter markets, offering ultra‑low on‑resistance and an exposed top for superior thermal management. The EPC2304 focuses on ultra‑high switching frequencies, ideal for motor drives, class‑D audio, and power‑factor‑correction converters. Meanwhile, the EPC23102 ePower™ Stage IC integrates gate drivers and eGaN FETs into a single package, simplifying board layout and reducing component count for applications ranging from inverter drives to LLC converters. These devices enable designers to shrink inductors and capacitors, cut system weight, and improve overall efficiency.

For the broader industry, the Mouser‑EPC partnership signals a maturation of the GaN supply chain. As automotive electrification, lidar‑based perception, and drone propulsion demand ever‑higher power density, reliable, globally available GaN components become a strategic differentiator. Distributors like Mouser can provide rapid inventory turnover and technical support, lowering barriers for small and midsize firms to adopt next‑generation power solutions. This alignment is likely to spur faster innovation cycles, drive down total cost of ownership, and cement GaN’s role as the preferred semiconductor for high‑performance, energy‑constrained applications.