White Paper Overview

AI is rewriting the rules of power. As data centers scale to meet the demands of artificial intelligence, cloud computing, and connected infrastructure, traditional power delivery architectures are being pushed past their limits. The shift to 48V distribution, the rise of GaN and SiC wide-bandgap semiconductors, and the drive to maximize power density within fixed rack footprints are creating engineering challenges that legacy solutions simply weren’t designed to solve.

For system, hardware, and electrical engineers, two technologies are emerging as critical enablers: advanced magnetic current sensors and high-voltage gate drivers. These solutions deliver isolated, high-bandwidth current measurement in a compact, single-chip footprint — protecting sensitive GaN/SiC devices, minimizing EMI, reducing component count, and unlocking the power densities modern AI infrastructure demands.

Beyond raw performance, sensors with onboard RMS calculation, zero-crossing detection, and power monitoring offload critical tasks from the MCU — enabling predictive maintenance, real-time telemetry, and proactive fault prevention for higher uptime and optimized energy distribution.

Download the whitepaper to discover how these technologies can help you achieve higher power densities, stronger system reliability, and faster time to market.