Two selectable differential input channels for flexible sensing and improved noise rejection On chip active low noise programmable gain amplifier with selectable gain of 32, 64 and 128 to cover a wide dynamic range On chip power supply regulator for load cell and ADC analog power supply to enhance stability and reduce noise On chip oscillator requiring no external component with optional external crystal for precise timing if needed Key benefits and practical impact Simplified hardware design with on chip components reduces external parts and potential parasitics Differential input channels enable accurate measurement of small signals in the presence of common mode noise Wide gain options provide flexibility to suit both low and level signals without external amplification stages Stable analog power for load cells and ADCs minimizes power related drift and improves data integrity Clocking options support easy integration in systems with no external timing components, while still offering an optional crystal when a precise clock is required What it enables Accurate force, weight, or load measurements in demanding environments while keeping noise to a minimum Reliable data acquisition in compact instrument enclosures due to on chip integration Flexible deployment in both standalone modules and embedded systems with minimal external support Applications and use scenarios Industrial load cell based weighing scales and force measurement systems where quiet amplification and stable power are critical Laboratory experiments requiring precise differential sensing of small signals with controlled gain Embedded instrumentation in machinery or robotics that benefit from an integrated clock and compact analog power management Notes on compatibility and performance Supports two differential input channels for parallel measurement or differential multiplexing Gains of 32, 64 and 128 provide a wide dynamic range for various sensor outputs Integrated regulator delivers clean analog power to load cells and ADCs On chip oscillator removes the need for external timing components, with optional crystal clock available if higher timing accuracy is required This description preserves the original specifications and functionality while presenting clear, customer friendly benefits and practical use cases.