E74D7R5LPN153MA54M

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Aluminum electrolytic capacitors, abbreviated as Al electrolytic capacitors or electric double-layer capacitors, are components mainly composed of aluminum foil, electrolyte and separator. It has many advantages, including large capacitance, small size, low cost, no polarity, long life and wide temperature range. The E74D7R5LPN153MA54M aluminum electrolytic capacitor is a film type with less inductance effect, high temperature coefficient and higher frequency characteristics.

The application field of the E74D7R5LPN153MA54M aluminum electrolytic capacitor is mainly used in areas with high requirements for temperature coefficient and reduced inductance effect. For example, in the consumer electronics industry, it is widely used in industrial field and various power electronic equipment, especially in the control circuit of AC/DC, the impedance and cutoff frequency compensation circuit, and the reasonable selection of the corresponding products in the filter circuit.

The working principle of the E74D7R5LPN153MA54M aluminum electrolytic capacitor is similar to that of the ordinary electrolytic capacitor. The potential difference on both ends of the capacitor makes the metal oxide film in the oxide electrolyte electrolytic capacitor have potential barrier effect and form electrostatic double layer condenser. The end face of the aluminum foil is anode and has a large number of small holes. When the potential passes, oxygen ions in the oxide film are decomposed to form hydrated ions, forming a negative electric field. The two layers of the interface in the aluminum foil and oxide film are capacitance of the electrolyte and capacitor and the oxide layer acts as dielectric.

Aluminum electrolytic capacitors are widely used in a variety of electronic equipment. E74D7R5LPN153MA54M is a film type of aluminum electrolytic capacitor with less inductance effect, high temperature coefficient and higher frequency characteristics. Its application field is mainly used in high temperature environments, such as consumer electronics, industrial field and power electronic equipment. Its working principle is to form an electrostatic double layer condenser based on the potential difference, using the oxygen ions and oxide film as the capacitor layer to form a dielectric from the potential difference.

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