Key benefits - Integrated shielding significantly reduces capacitive coupling from the current conductor to the chip caused by dv/dt signals, helping prevent offset drift in high-side, high-voltage applications. - Industry-leading noise performance achieved through proprietary amplifier and filter design techniques. - Compact package size simplifies integration in space constrained designs. - Improves total output error through gain and offset trimming across the temperature range. Key attributes - Function - Shielded front end designed to minimize dv/dt induced coupling and stabilize offset in high-side high-voltage sensing. - Gains and offsets can be trimmed to reduce output error over temperature. - Compatibility - Optimized for high-side high-voltage sensing environments. - Suitable for applications requiring low noise and stable readings in challenging electrical conditions. - Size - Small package size for easy integration into compact layouts and assemblies. - Performance - Low noise performance enabled by proprietary amplifier and filter design techniques. - Temperature dependent gain and offset trimming to improve overall accuracy across temperature. Applications - High-side sensing in motor drives and power electronics where dv/dt coupling can affect measurement accuracy. - Industrial high-voltage monitoring and control circuits that require low offset drift and stable readings in varying temperatures. - Compact sensor modules and test equipment with limited space that demand precise gain and offset control for reliable measurements. This description preserves the core functions and benefits of the original design while presenting them in clear, reader-friendly language suitable for a professional technical audience.