Key benefits - Noise performance you can rely on Industry leading noise performance achieved with proprietary amplifier and filter design techniques. This helps you capture cleaner signals and improve measurement accuracy in demanding environments. - Shielding that protects signal integrity Integrated shielding minimizes capacitive coupling from the power conductor to the chip when high dv/dt signals are present. This reduces offset drift on the high side and stabilizes readings across varying operating conditions. - Ready for high voltage applications Designed to operate effectively in high voltage sensing and measurement tasks, enabling safe and accurate front end performance in power electronics and related systems. - Temperature-stable accuracy Output error is reduced through gain and offset trimming over temperature, delivering more consistent results across a wide temperature range. Use scenarios - High voltage power monitoring In power supplies, inverters, or motor drives, you need accurate voltage sensing with minimal noise and drift. This front end provides low noise amplification, shielding against switching transients, and temperature-stable offset for reliable monitoring and control. - Industrial data acquisition and control In environments with rapid switching and high dv/dt, capacitive coupling and offset drift can affect accuracy. The integrated shielding minimizes these effects, supporting precise data capture for process control, safety interlocks, and diagnostic systems. - Laboratory instrumentation and test setups For calibration and characterization across temperature changes, gain and offset trimming improves measurement consistency. This device helps deliver repeatable test results in research, development, and QA environments.