E37L401HPN272MCB7M

E37L401HPN272MCB7M is a type of aluminum electrolytic capacitor. It is mainly used for filtering, energy storage, and buffering applications. Its miniaturized construction and extremely robust format make it extremely reliable and ideal for a range of general purpose applications.

Aluminum electrolytic capacitors work by taking advantage of differences in potential between two layers of aluminum. The two layers are separated by an anode and a dielectric. The anode has as its core an electrolyte, which helps aid in the flow of electricity between the two layers. The electrolyte acts as a bridge, allowing electricity to travel from one layer to the other. It also provides resistance to electrostatic charges formed by the currents.

The capacitance of an aluminum electrolytic capacitor is determined by its specific dielectric. Dielectrics are materials which can be used to produce capacitors with different capacitances. The most common dielectrics are aluminum oxide and tantalum pentoxide. The dielectric also determines the leakage current and ripple current that the aluminum electrolytic capacitor is able to withstand.

In general, aluminum electrolytic capacitors need to be operated within a specific voltage range and temperature range. Using these capacitors outside of those ranges may cause the capacitors to become damaged or even explode. Additionally, aluminum electrolytic capacitor should not be connected in an inductive circuit.

E37L401HPN272MCB7M has an operating voltage of 200 volts, capacitance of 470 microfarads, and a maximum ripple current of 1.6 amps. It has excellent capacitance stability over time and temperature and offers rapid charge and discharge capabilities. It is ideal for use in general purpose applications such as power supplies, dc-dc converters, audio amplifiers, and more.

E37L401HPN272MCB7M is a great choice for applications requiring high capacitance, unparalleled reliability, and long service life. It offers superior electrical characteristics and unparalleled durability and it is perfect for applications in which reliability and reliability are key.