AHD336M50F24T

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Aluminum electrolytic capacitors are one kind of polarized capacitors, which using the physical effect of electrostatic capacity to store electric charge. It consists of anode, electrolyte and dielectric oxide film, etc. The material of electrode has strong corrosion resistance, low temperature coefficient and good temperature characteristics. The AHD336M50F24T is an aluminum electrolytic capacitor from Aite HI-TECH, with 50 farads capacitance and 24 volts rated voltage.

The AHD336M50F24T aluminum electrolytic capacitor mainly applies in energy storage and conversion systems. In a system, it is able to provide short time high current, that is to say, it acts like a battery, which is convenient for a momentary power output. Meanwhile, the capacitor able to increase the system reliability and energy output of the system as well. Moreover, this aluminum electrolytic capacitor could be used for electronic noise suppression, filtering, pulse circuits and power supply.

The working principle of AHD336M50F24T aluminum electrolytic capacitor is based on the physical property of electrostatic capacity. When it connected to a dc power supply, the two electrodes will form an insulation between them, and the dielectric oxide film will behave as an insulator that isolates negative charge on the anode from positive charge on the cathode. The anode forms an electrolyte layer with pseudocapacitance, and when the voltage increases, it forms an electric field between anode and cathode.

The electric field between the two electrodes will create an electrostatic capacitance of the capacitor, thus storing energy in the form of electric charge. The anode will attract the negative charge of electrons and the cathode will attract the positive charge of holes. When the capacitor is connected to an AC source, it will form a dielectric absorption, resulting in a decrease of the capacitance. But this capacitance can be recovered when the AC supply is removed.

In conclusion, AHD336M50F24T aluminum electrolytic capacitor is applied in energy storage and conversion systems, because of its good temperature characteristics and low temperature coefficient. It is based on the physical effect of electrostatic capacity, with anode, electrolyte and dielectric oxide film carring out the function of power storage and conversion. Furthermore, its capacitance is able to decrease and recover when AC is applied.

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