The ADS1120IPWR, a highly precise analog-to-digital converter (ADC) from Texas Instruments, plays a crucial role in a wide range of applications requiring accurate signal conversion. However, like many precision devices, the ADS1120IPWR is susceptible to measurement drift, which can compromise data accuracy over time. This article explores the sources of measurement drift in the ADS1120IPWR ADC, provides a deep dive into potential solutions for mitigating drift, and offers best practices for ensuring stable and reliable data acquisition. Through a combination of hardware optimizations, software techniques, and proper calibration, engineers can extend the life and improve the performance of their measurement systems.