ESMG160ELL153MP40S

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Aluminum electrolytic capacitors are capacitors whose anode electrode is an aluminum foil with a special layer of oxide film deposited on its surface. One of them is the ESMG160ELL153MP40S aluminum electrolytic capacitors. The characteristics of ESMG160ELL153MP40S are: the rated voltage is 160V, the capacity is 153V, and the temperature coefficient is 40%. It is widely used in various electronic products such as power supply, LED lighting and radio.

The working principle of the ESMG160ELL153MP40S aluminum electrolytic capacitors is that the anode of the aluminum electrolytic capacitor has two layers: an oxide film and a kind of electrolyte with low impedance between them. When a direct current (DC) is applied between the electrodes, a large current will be drawn from one electrode to the other by the electrolyte. The electric field generated by the current will break down some of the oxide film and cause it to form an oxide layer, resulting in the generation of electrons and ions. The electrons will accumulate in the anode making it negative, and the ions will flow into the anode resulting in a positive charge. This charge creates a field across the capacitor electrons which helps store the energy.

The ESMG160ELL153MP40S aluminum electrolytic capacitors are mainly used in switching power supply, PFC, UPS, LED digital display, LED lighting module, electronic fly, charger, medical equipment and small motor drive, etc. As a high precision capacitor, the ESMG160ELL153MP40S aluminum electrolytic capacitor has excellent electrical properties such as low impedance, high frequency performance, long life, good self-healing ability and strong anti-interference ability.

In summary, the ESMG160ELL153MP40S aluminum electrolytic capacitors are widely used in various electronic products due to their excellent electrical properties and durability. The working principle of the aluminum electrolytic capacitor is that a large current will be drawn between the electrodes, resulting in the accumulation of electrons and ions which create a field across the capacitor electrons helping store the energy. This ensures that the capacitors can work effectively in harsh conditions and maintain a stable performance.

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