Two selectable differential input channels Benefits: Enables differential sensing from two sensors or two signals, improving noise rejection and measurement stability while simplifying wiring and channel selection. Onchip active low noise PGA with selectable gain of 32, 64 and 128 Benefits: Provides dynamic range and precise amplification for low level loadcell signals without external amplifiers, reducing component count and improving overall signal integrity. Onchip power supply regulator for loadcell and ADC analog power supply Benefits: Supplies clean, dedicated analog power to the loadcell and ADC, helping to minimize noise coupling and simplify power design on your board. Onchip oscillator requiring no external component with optional external crystal Benefits: Eliminates the need for external clock components in most cases, reducing BOM and board area; still supports an external crystal if a user prefers a different clock source. Onchip poweronreset Benefits: Ensures reliable startup and known state after powerup, enhancing system robustness in embedded and industrial environments. Use scenarios Precision loadcell based scales and dualsensor platforms Why it fits: The two differential inputs and gain options enable accurate, simultaneous measurement from two load cells or differential signals, with reduced wiring complexity and enhanced noise performance. Industrial testing and structural measurement setups Why it fits: The onchip regulator and lownoise PGA support stable measurements in environments with electrical noise, while the differential inputs handle multiple sensor channels in test rigs or fixtures. Portable or compact measurement instruments Why it fits: The integrated clock, regulator, and differential inputs lower component count and board area, making it suitable for batterypowered or spaceconstrained applications without sacrificing performance.