Type: Multiturn trimming potentiometers Clear benefits Precise adjustment: Enables fine, repeatable resistance changes across multiple turns for accurate circuit calibration. Finegrained tuning: Multiturn design provides higher resolution than singleturn pots, enhancing control over reference voltages and sensor offsets. Reliable calibration: Stable settings with repeated adjustments, supporting consistent performance in development and production. Compact form factor: Designed to fit into spaceconstrained PCB layouts without compromising adjustability. Durable construction: Built to tolerate routine adjustments with a robust mechanism and resistive element design. Key attributes Function: Provides adjustable resistance for fine tuning analog circuits, enabling precise calibration of references, trimmers, and voltage dividers. Compatibility: Suitable for integration with standard PCBbased designs and common trimming potentiometer footprints used in many electronics projects. Size: Compact footprint chosen to minimize board space usage while preserving ease of adjustment. Material: Constructed to standard trimming potentiometer specifications, including a durable body and reliable adjustment interface for repeated use. Performance: Delivers stable, repeatable adjustment across turns, supporting reproducible calibration results in various applications. Applications and use scenarios Microcontroller projects: Calibrate ADC reference voltage or sensor offsets to improve measurement accuracy. Audio circuitry: Finetune gain or balance in preamplifiers and tone circuits for consistent sound quality. Power supply and regulation: Set and trim feedback to establish a precise output voltage in bench or production power supplies. Note When selecting a multiturn trimming potentiometer, align the resistance value and footprint with your circuit design requirements and PCB layout to ensure proper fit and function.