EPC - Efficient Power Conversion

Design Smarter Solar Systems with EPC9178 Compact, efficient, and cost-effective—our latest GaN-based reference design, EPC9178, revolutionizes photovoltaic energy optimization. With up to 98% peak efficiency and cutting-edge reliability, it’s your gateway to the future of renewable energy. Explore now: https://hubs.ly/Q030gVxv0 #EPC #GaN #SolarEnergy #Efficiency #Renewables #TechInnovation

⚡ What can you do with hundreds of amps in just a few nanoseconds? The superior performance of GaN power transistors and ICs makes it possible to generate extreme current pulses—tens to hundreds of amps—just nanoseconds wide, all from a couple of square centimeters of PCB area. ✅ Low cost ✅ High volume production ✅ Standard PCB technology ✅ Automotive-qualified components This capability has already revolutionized the lidar market, enabling affordable, high-performance systems in small form factors. But lidar is just the beginning. What other applications could take advantage of this incredible power density and speed?

🚀 GaN vs. Silicon: The Key to Better Lidar Performance When comparing GaN FETs to older silicon MOSFET technology, the difference is clear: ⚡ Much faster switching for a given peak current capability. This improved performance is a game-changer for lidar applications, enabling more precise, efficient, and compact systems. For more details download the application note: https://hubs.ly/Q03069-D0

For high power, short pulses, only the resonant design is practical due to the fact parasitic inductance dominates the behavior. Simplified schematic and main waveforms shown here. For more details on the benefits of this topology and a practical design procedure, read the application note: https://hubs.ly/Q0305Nwb0

🎁 The Perfect Stocking Stuffers for Electrical Engineers! 🎄 Looking for gift ideas for the power electronics enthusiast in your life? How about: 1️⃣ A cutting-edge GaN development board to kickstart their next project. 2️⃣ The must-have book, "GaN Power Devices and Applications" by industry experts, covering everything from design to real-world use cases. 3️⃣ High-performance GaN FETs and ICs for unparalleled efficiency, power density, and speed in their next design. Why settle for socks when you can give innovation, performance, and inspiration? ⚡ https://hubs.ly/Q0305YLc0

CEO, Alex Lidow Ph.D., shared insights on how GaN is transforming brushless DC motors under 100 volts. With unmatched speed, no reverse recovery, and the potential to eliminate electrolytic capacitors, GaN is pushing the boundaries of motor efficiency and performance. Exciting times ahead! #GaNInnovation #BrushlessMotors #EfficientPower

Humanoid robots are redefining productivity, and GaN technology is at the heart of their evolution. Presented by Marco Palma this work highlights how GaN-based servo drives enable higher efficiency, smoother operation, and unmatched miniaturization in humanoid robots. From warehouse logistics to healthcare, discover how GaN technology is powering the next generation of robotics. Faster, smaller, and more precise—this is the EPC advantage.

🚀 Unlock the Power of GaN for Advanced DToF Lidar Applications! Explore our latest application note on designing high-current nanosecond resonant pulse drivers, enabling groundbreaking performance for laser diodes in lidar systems. From precision in automotive ADAS to 3D imaging for robotics, GaN technology pushes the boundaries of speed and efficiency. 🔗 Read the full application note to discover design methods, experimental results, and more. https://lnkd.in/e6MvVPFx

🚀 EPC at CES 2025: The Future of GaN Technology! 📅 Jan 7–9, 2025 | 📍 Palazzo, Venetian Resort, Las Vegas Discover how GaN is revolutionizing industries—from AI and robotics to consumer electronics and renewable energy. 🌟 Why GaN? Higher efficiency Faster speeds Smaller size Lower cost 🎯 What to Expect: • Live demos of GaN solutions • Expert guidance for your next-gen designs 💡 Schedule a private session: [email protected] What GaN innovation excites you most for CES? Share below!

🚀 Unlock the Power of GaN for Advanced DToF Lidar Applications! Explore our latest application note on designing high-current nanosecond resonant pulse drivers, enabling groundbreaking performance for laser diodes in lidar systems. From precision in automotive ADAS to 3D imaging for robotics, GaN technology pushes the boundaries of speed and efficiency. 🔗 Read the full application note to discover design methods, experimental results, and more. https://lnkd.in/e6MvVPFx