
High‑performance PCB layout and thermal design
This workshop will cover important aspects of PCB design to maximize heat transfer and minimize power delivery impedance and losses
Engineers are being constrained by 12V systems, which cannot support the higher power levels needed to deliver increasing levels of performance and functionality. As power increases, 12V busses become less efficient and consume more space and weight for cables to carry higher currents. 48V systems eliminate these inefficiencies by drastically reducing currents and power losses. Vicor enhanced 48V converters/regulators enable efficiencies, cost and size/weight performance comparable to 12V counterparts, while also providing more flexibility and solving the challenge of reducing power flow to the load effectively given cable, connector and/or PCB limitations. Vicor 48V architectures offer a substantial reduction in I2R losses and convert directly from 48V to the load voltage without first regulating to 12V, benefitting many industries including computing, automotive and LED lighting.
16X reduction in I2R losses
4X reduction in capacitor volume
Low weight
High density
High‑performance PCB layout and thermal design
This workshop will cover important aspects of PCB design to maximize heat transfer and minimize power delivery impedance and losses
Modular DC-DC system design done right
You will learn topics such as input and output filtering, protections, compatibility with the source and load dynamics
From toys to construction site tools OLogic accelerates robotic ideas from concept to production
OLogic extols high-density power modules to drive today’s robotic revolution
CCell Renewables is reversing coastal erosion while enhancing the ocean’s natural ecosystems
CCell fabricates coral reefs faster than nature can produce them, in an environmentally safe manner