The role of SMD inductors

What is the role of chip inductors? The chip inductor and current are converted and stored, and then released, which is why the capacitor will discharge. 

The resistor consumes electrical energy and converts it into heat, which can no longer be released. The capacitor converts electrical energy into potential energy. The chip inductor converts electrical energy into magnetic energy. The potential energy can be discharged, and the magnetic energy can generate electricity. The thermal energy cannot be converted back through the resistor. So the resistor is consuming energy. Both the inductor and the capacitor have a hindrance to the current. The inductor is the function of maintaining the current. The inductor is connected to the direct current, because the direct current is insignificant because the magnetic field does not change. The capacitor is the voltage that maintains the voltage, which is the alternating current, because the capacitance in the DC circuit is equivalent to the open circuit, and the capacitor is the voltage. 

The inductive action consists of filtering the high frequency signal and forming a DC conversion circuit with the MOSFET tube and capacitor. If the inductor itself is affected by the outside world, it will affect the stability of the CPU voltage, which will have a certain impact on the overclocking performance of the CPU and even the stability at the default frequency.

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