ERHB5H1LGC122MD80U

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are the most commonly used type of electrolytic capacitors, usually used by engineers in their designs and projects. Aluminum electrolytic capacitors are composed of two electrodes, with electrolyte held between them like other electrolytic capacitors. The electrodes are aluminum foil and a thin layer of aluminum oxide which acts as the dielectric. Aluminum electrolytic capacitors are mainly used to filter high-frequency interference, bypass, decouple, and store energy.

ERHB5H1LGC122MD80U application field and working principle

ERHB5H1LGC122MD80U is a type of aluminum electrolytic capacitor. This capacitor has a long life of 2000 hours, low ESR, high ripple current rating of 2.5 A, and high endurance of 2000 hours. It can be applied in many applications such as switching power supplies, voltage converters, and motor control and can improve the quality of audio in various equipment. The capacitor has a working temperature range of -40℃ to +125℃, and can work even at much higher temperature.

The working principle of ERHB5H1LGC122MD80U is as follows: when a voltage is applied, electricity flows across the two plates of the capacitor. This results in an electric field between the plates, which accumulates the charge carriers - electrons and ions - on the surface of the plates. The electric field is created by the potential difference between the two plates and is generated by the electrolyte. As the charge accumulates on the surface of the plates, the electric field intensity increases, resulting in a stronger electric field that increases the rate at which charge carriers are accumulated. The electric field allows electric current is to flow through the capacitor, thus allowing it to store electrical energy.

In summary, ERHB5H1LGC122MD80U is a type of aluminum electrolytic capacitor which is suitable for various applications such as voltage converters, switching power supplies, and motor controls. This capacitor has a long life and high endurance, with a working temperature range of -40℃ to +125℃. The capacitor works by creating an electric field between the two plates of the capacitor, which accumulates charge carriers on the surface of the plates and allows electricity to flow through the capacitor.

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