EEV-HB1HR47R

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Aluminum electrolytic capacitors are types of capacitors that have the highest capacitance values per volume compared with other types of capacitors, and are formed of two aluminum foils with layers of oxide paper between them to provide insulation. The most distinguishing feature of electrolytic capacitors is that they are polarized, meaning there is a positive and negative side.​

The EEV-HB1HR47R is an aluminum electrolytic capacitor produced by the Nichicon Corporation, one of Japan\'s leading electrical component manufacturers. It is a snap-in-style aluminum electrolytic capacitor, easily installed and space saving.​

EEV-HB1HR47R is suitable for a wide range of applications and has a wide temperature range, allowing robust and reliable performance in harsher environments. It has low impedance and ensures long life, suited for use in refrigerators, home appliances, and other electronic equipment. 

The working principle of the EEV-HB1HR47R aluminum electrolytic capacitor is based on the electrochemical properties of aluminum. It contains an anode and a solid electrolyte material with high reactivity, as well as an oxide film coating. The anode and the solid electrolyte form an ionic bridge between them. When a voltage source is applied, the capacitance of the electrolyte increases and current flows through the bridge, creating a charge storage device. ​

The anode acts as a positive electrode, while the electrode at the other end of the bridge acts as a negative electrode. When the applied source of voltage is removed, the charge stored in the capacitor is preserved, allowing the capacitor to function as an energy source or a bypass capacitor. 

The EEV-HB1HR47R aluminum electrolytic capacitor is a reliable and robust option for a wide variety of applications due to its low impedance, wide temperature range, and long life. With its snap-in style design, it is easily installed and space saving. Its working principle is based on the electrochemical properties of aluminum and allows for reliable performance and charge storage in harsher environments. ​

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