Two selectable differential input channels for flexible sensor interfaces Onchip active lownoise programmable gain amplifier (PGA) with selectable gain 3264 and 128 Onchip power supply regulator for analog loadcell and ADC power supplies Onchip oscillator requiring no external components with optional external crystal Onchip poweronreset for safe, predictable startup Key benefits and how this helps you Simplified sensor front end The two selectable differential input channels let you connect differential sensors such as load cells and other bridge or differential signals directly, reducing wiring complexity and improving commonmode rejection. resolution and accurate amplification The active lownoise PGA provides selectable gain options (3264 and 128) to amplify small differential signals before digitization, helping you achieve higher resolution measurements without adding external components. Stable, clean power for precision measurements The onchip regulator delivers stable analog loadcell and ADC power supplies, reducing noise from the rest of the system and improving measurement accuracy. Flexible timing with minimal external parts The onchip oscillator eliminates the need for external timing components in most cases. If you require a defined clock for synchronization, an external crystal can be used. Reliable startup and safe operation The onchip poweronreset ensures the device starts in a known state, preventing spurious measurements during powerup. What makes it stand out Integrated frontend components Combines differential inputs, lownoise amplification, power regulation, clocking, and reset in a single package, reducing board areas and part count. Designed for precision measurement Specifically geared toward loadcell and precision sensor applications, with features that support stable analog supply and clean signal amplification. Flexible integration Suitable for instrumentation, data acquisition systems, industrial weighing, and any application needing reliable differential signal amplification with minimal external components. Recommended use scenarios Industrial weighing and scales Use two differential input channels to connect load cells from a scale. The builtin regulator provides clean analog power to the load cells and ADC, while the PGA gain options help extract subtle weight changes with accuracy. Portable force or torque sensing For handheld or field instruments, the differential inputs support balanced sensor signals. The integrated clock and regulator simplify the design, enabling a compact, powerefficient front end. Laboratory data logging and instrumentation In benchtop measurement systems, use the device to condition differential sensor signals with minimal board parts. The option to use an external crystal for timing offers precise sampling when needed. Technical notes Each feature is implemented onchip to minimize external components while delivering a compact, performance signal conditioning front end. The device is sized for integration into measurement systems that require reliable, lownoise amplification and stable power delivery to load cells and ADCs. If your application requires a fixed clock with tight timing, configure the onchip oscillator or supply an external crystal as appropriate. This description preserves the original functionality and specifications while presenting clear, customerfocused benefits and practical use cases.