- On chip active low-noise programmable gain amplifier (PGA) with selectable gain of 3264 and 128 enables precise amplification of load-cell signals with minimal external components, supporting high-resolution measurements. - On chip power supply controller for analog load cell and ADC power supplies provides stable, well-regulated rails within the device, reducing the need for additional regulators and simplifying system design. - On chip oscillator that requires no external components simplifies the board layout and reduces component count and footprint; optional external quartz clock is available if your system requires higher clock stability. - On chip power-on-reset ensures deterministic startup and safe initialization of the measurement chain, improving reliability and data integrity from power-up. - Compact, single-chip solution that reduces board area and BOM while delivering integrated signal conditioning for load-cell based measurements. - Designed for seamless integration with load cells and ADC front ends, enabling straightforward implementation in mixed-signal systems and improving consistency across devices. - Performance benefits include low-noise signal amplification, stable analog rails for precision measurement, and reliable startup behavior, all achieved with minimal external support. - Size and footprint advantages arise from consolidating amplification, power management, timing, and reset functions on a single chip, reducing the overall enclosure and PCB trace complexity. - Material and construction focus on integrated silicon implementation for reliable, repeatable performance in industrial and laboratory environments. 2-3 practical use scenarios - Industrial weighing and process control: integrate with load cells and an ADC to achieve precise force or weight measurements with reduced external components and improved noise performance, enabling tighter process control and better product quality. - Precision data acquisition in laboratory instrumentation: use the on-chip PGA, power management, and oscillator to build compact, low-noise measurement systems for sensors that require stable amplification and clean power rails, with simplified calibration and startup. - Portable measurement devices: deploy in handheld or battery-powered instruments where board space, component count, and power budget are critical, benefiting from the integrated clocking, reset, and supply control to maintain accuracy in the field.