Why is it essential to minimize artifact interference in sensor design?

Minimizing artifact interference in sensor design is crucial because it ensures clearer signal readings. Artifacts are unwanted signals that can distort the true measurement or data being collected by the sensor. When these interferences are reduced, the integrity and accuracy of the signals are maintained, allowing for more reliable data collection and analysis.

Clear signal readings are essential for various applications, such as medical monitoring, industrial processes, and research settings, where precise measurements can impact decision-making and outcomes. Without minimizing artifact interference, the data could be misleading, leading to incorrect conclusions or actions based on inaccurate information.

Reducing production costs, simplifying data interpretation, and increasing power efficiency, while important in their own right, do not directly address the core reason for minimizing artifacts, which is to ensure that the true signal is clear and reliable.