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Please never add text on what I have written. Try to reread my post. I never infer that the inductor will produce larger inrush of current. I said sudden change of current. Inrush current and change of current are two different things. Inrush is a spike of current, normally seen in a capacitive load or lamps (due to high demand of current for the filament to energize). change of current is more on discrete, from low to high (50mA to 250mA). Both of these currents are function of time.
Change of current is the di of V=L*di/dt and the Inrush current can be approximated to thru this Iinrush=C*dv/dt.
I agree with you that the inductive load should have low inrush current but it should have higher transient voltage.
BTW, we have no choice... we should consider the 25ohm in the design. It is the resistance of the inductor coil (not in series nor parallel). It is called ESR.
What do you mean by:
"the inductive load should have low inrush current but it should have higher transient voltage."
You are still trying to infer that the inductor will have a larger effect on producing a dip in the supply when the inductor is initially activated.