What is the correct rise time range for assessing pulse transition corners in biomedical applications?

The correct rise time range for assessing pulse transition corners in biomedical applications is 10 to 90. This range is widely used because it provides a more accurate representation of a signal's transition from low to high states. Measuring the rise time from 10% to 90% of the peak value allows for a clear understanding of how quickly a system responds to changes in signals, which is crucial for ensuring the performance and reliability of biomedical devices.

This approach minimizes the effects of any noise or signal oscillations that can occur at the edges of a pulse, thus giving a cleaner and more reliable assessment of the transition characteristics. Consequently, assessing rise times within this range is a standard practice in the field, ensuring consistent evaluation of devices that rely on accurate signal processing.