Inductor polarity problem

As shown in the figure, there are two pins. There is a black dot on pin 1 and the dot indicates the phase of the inductor.

The problem of the polarity of an inductor is related to the interpretation of polarity: the object exhibits opposite inherent properties or strength at the opposite site or direction, direction or attractiveness (such as tilt, feeling, or thought) to a particular thing; tendency or tendency to a particular direction , for positive or negative states of the poles or electrification (such as objects). Commonly there are electrolytic capacitors in the negative there is a white strip, when the positive and negative poles are reversed, the electrolytic capacitor will generate heat, leakage, heavy explosion. There is no difference in the polarity of the inductor. If there is a problem with the polarity of the inductor, how can it be differentiated? Will the Inverter Explode When Inverted? In essence, the inductance is only the phase, because the phase is usually marked on the side of the pin to make a mark, for example, adding a white bar, it looks like a polarity from the appearance, the polarity of the inductor is only Indicates the polarity of the phase. There is a difference in nature from the electrolytic capacitor. Therefore, the two legs of the inductor will not be exploded due to polarity problems. The polarity of the inductor depends on the specific circuit requirements. In general products do not have to distinguish the polarity of the inductor, such as some filtering aspects. In some signal processing above the inductor requires attention to the issue of the polarity of the inductor, Connaught inductance two feet reversed, the circuit signal will attenuate or stop this work.