EKMM401VSN181MA25T

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Aluminum electrolytic capacitors (AECs) are a type of capacitor with great potential when compared to many other capacitors. AECs are composed of two aluminum foils separated by an electrolyte-soaked paper spacer. AECs offer higher capacitance in a comparatively low volume than other capacitors, and have good electrical properties, such as low ESR (equivalent series resistance) and low ESL (Equivalent series inductance). They are also more reliable and robust in terms of high temperature application.

EKMM401VSN181MA25T is an aluminum electrolytic capacitor manufactured by KEMET Corporation, which is used for applications where high temperatures are present and where high capacitance is needed. This part is only two millimeters in size and can withstand temperatures as high as 125°C.

When it comes to application fields, EKMM401VSN181MA25T can be used in switched-mode power supplies, automotive energy storage or conversion systems, automotive lighting, and industrial or medical equipment. It can also be used in many consumer electronics products, such as displays, DVD players, and battery chargers.

EKMM401VSN181MA25T operates according to the principle of electrolytic capacitance. This means that when direct current (DC) passes between the foils, the electrolyte helps to form a non-permanent barrier between the two foils in order for electrical energy to be stored, which is what creates the capacitance. The amount of energy stored depends on the area of the capacitor\'s plates, the applied voltage, the distance between the plates, and constant electrochemical properties.

Another feature of EKMM401VSN181MA25T is the double-anode construction. This construction ensures that the product does not fail under high G-forces, which makes it ideal for automotive and aerospace application. It also has an improved ripple current capability and significantly better temperature coefficient than other models.

EKMM401VSN181MA25T is an ideal product for applications where high capacitance is required and where high temperatures are present. It has an improved ripple current capability and a low ESR, which makes it well suited for applications such as switched-mode power supplies and automotive energy storage or conversion systems. Its double-anode construction ensures it can withstand high G-forces, making it an ideal product for aerospace and automotive applications.

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