LGR2E471MELB35

Aluminum electrolytic capacitors have been widely used in many industries due to their advantages of low cost, long life, high ripple current, and various temprature characteristics. LGR2E471MELB35 is no exception.

The application field of LGR2E471MELB35 is widely used in some application such as filtering, buffering, frequency selection, rectifiers, and energy storage. As a flexible component, it is also applied to various electronic equipment, such as audio amplifiers, oscilloscope, engine control module, microcontrollers, etc.

The working principle of LGR2E471MELB35 is the process of storing and releasing energy through the electric field established by the electrode. This means that when a voltage is applied across two oppositely charged electrodes, a capacitor will store energy in the electric field. When the voltage is removed, the capacitor will release the stored energy.

In LGR2E471MELB35, the two electrodes are metal foil, separated by a spacer of paper or foil with a solvent on its surface. When the capacitor is charged, energy is stored in the electric field in the foil electrodes, which creates an electric potential difference between them. This electric potential difference is called the capacitance, and the capacitor is charged with the capacitance.

When the voltage is removed from the capacitor, current flows between the two electrodes until the capacitor is discharged and the voltage is zero. This current is known as the leakage current, and it causes the capacitor to slowly discharge. Thus, when the capacitor is no longer exposed to voltage, its charge will eventually dissipate.

In conclusion, LGR2E471MELB35 are useful components for a variety of applications such as filtering, buffering, frequency selection, rectifiers, and energy storage. The working principle of LGR2E471MELB35 is based on the energy stored and released in the electric field established by the two metal foil electrodes.