E36D451HPN561TC67N

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Aluminum electrolytic capacitors are widely used in the electron field and have large capacitance and long life as compared to other capacitors. E36D451HPN561TC67N is an example of this kind of capacitor. This article will discuss the application field and working principle of E36D451HPN561TC67N.

E36D451HPN561TC67N is a kind of aluminum electrolytic capacitor that has low ESR, high volumetric efficiency, high volumetric capacitance, and long life. It is mainly used for high power applications in applications such as test and measurement equipment, UPS systems, computers and servers, automotive and marine electronics, and medical equipment. Furthermore, it can also be used in telecommunications, audio/video, and industrial applications.

The working principle of E36D451HPN561TC67N is based on electrochemical dielectric, which is formed by the dissolution of anodized aluminum into an electrolyte. This generates oxide layers, which are used as the capacitance mechanism and to control the leakage current. The capacitor is initially charged with an anode surface and a cathode surface. In this way, when current is supplied to the capacitor, charge is stored in the electrolyte and passes through the dielectric. The stored charge corresponds to the analog voltage of the capacitor.

The construction of E36D451HPN561TC67N includes a housing, a metallic terminal, and a metal oxide anode. The terminal is made of plate aluminum, and a flexible foil is used to provide connection between the terminal and the anode. The anode is made of anodized aluminum, and the aluminum oxide is used as the dielectric material. The capacitor has a good self-healing mechanism and is able to discharge the high currents when triggered. In addition, it is also able to withstand high ripple currents and transient voltages.

In conclusion, E36D451HPN561TC67N is an aluminum electrolytic capacitor that has low ESR, high volumetric efficiency, high volumetric capacitance, and long life. Its working principle is based on electrochemical dielectric and it is mainly used for high power applications. It has a good self-healing mechanism and is able to discharge the high currents when triggered. Therefore, it is an ideal capacitor for many applications.

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