Two selectable differential input channels for flexible sensing of loadcell or bridge signals with strong commonmode rejection. Onchip lownoise programmable gain amplifier (PGA) with selectable gains of 128 and 3264 to cover a wide dynamic range and optimize resolution for small signals. Onchip power supply regulator provides dedicated analog power for the loadcell and ADC frontend, helping to reduce noise coupling and simplify PCB power routing. Onchip oscillator requires no external components; external crystal optional if higher clock stability is required. Key benefits and what it solves Integrated frontend: Combines dual differential inputs, gain control, power regulation, and clocking in a single device to reduce board space and component count. Noise and accuracy: Onchip lownoise PGA and dedicated analog supply minimize noise influence on loadcell signals, improving measurement accuracy. Wide dynamic range: Two selectable gains enable precise amplification of both small and relatively larger signals without changing external circuitry. Design simplicity: No external oscillator is needed, lowering BOM complexity; an optional crystal provides clock stability when required. Flexible integration: Ideal for loadcell based measurement systems and ADC signal conditioning with minimal external support. Applications and use scenarios Industrial weighing and force measurement: Use two differential channels to read multiple load cells or channels from a single scale, with optimized gain for each sensor and clean analog supply to reduce noise in the measurement chain. Portable or batterypowered instrumentation: Leverage the integrated regulator and reduced component count to build compact, energyefficient weighing or forcesensing instruments with reliable performance. Data acquisition and test benches: Provide precise differential signal conditioning for accuracy sensors in test rigs, with the option to select the appropriate gain and clocking configuration for repeatable measurements.