Inductance value significantly impacts output voltage ripple, with higher inductance resulting in smaller ripple. This is due to the relationship between inductance, input voltage, output voltage, and the time the voltage is applied, as described by the formula ΔIout=(Vin-Vout)⋅Ton/L. Inductors resist changes in current, which helps stabilize the output voltage. The discussion also touches on the concept of inductors being "inert" to current changes, indicating their role in smoothing voltage fluctuations. Understanding these principles is crucial for optimizing circuit performance.
