ADS1220 module is a precision analogtodigital converter with 16/24bit resolution, designed for accurate measurements in compact form. It combines multichannel inputs with a lowpower, I2C interface for reliable digital conversion in a variety of projects. Key benefits Small footprint with multichannel flexibility for spaceconstrained electronics prototyping and professional instrumentation resolution 16/24bit conversion for precise signal measurement with stable linearity and repeatability Low power operation (about 1.5 mA) supports batterypowered or energyefficient designs I2C interface enables straightforward integration with common microcontrollers and singleboard computers Core features Resolution: 16bit and 24bit selectable Interface: I2C for simple, twowire communication Inputs: multichannel capable for multiple sensors or signals Power supply: supports a 3 V to 5 V flexible power input Performance: designed for stable, repeatable sensor data acquisition with good linearity Applications and use scenarios Industrial automation: collect and digitize multiple sensor signals (temperature, pressure, voltage) in a compact monitoring module Medical devices: enable precise, lowpower ADC conversion for patient monitoring systems requiring accuracy Environmental monitoring: deploy in sensor stations to convert multiple environmental signals (gas, humidity, moisture, air quality) with reliable data accuracy Compatibility and implementation notes Suitable for integration with typical development boards and microcontrollers via I2C Operates from a 3 V to 5 V supply, supporting compact, lowpower designs Designed to deliver consistent performance for accurate sensor data acquisition in instrumentation and automation applications Materials and form factors Compact, spaceefficient layout suitable for prototyping and instrument enclosures Emphasis on stable linearity and repeatability to maintain data integrity across measurements