EEU-FC2A101L

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Aluminum Electrolytic Capacitors are indispensable electronic components in electronic products and have a wide range of applications. As a representative of Aluminum Electrolytic Capacitor, EEU-FC2A101L plays an important role. So, in this paper, we will introduce its application field and working principle.

Let\'s start with the application field of EEU-FC2A101L. As a non-polarized aluminum electrolytic capacitor, this product is mostly used for filtering and blocking AC signal, decoupling circuit, power supply circuit and several other low frequency circuits. Specifically, EEU-FC2A101L not only provides high ripple current, but also can meet high reliability requirements thanks to its long life. Moreover, its snap-in terminals design is advantageous for high temperature operation. All of the aforementioned factors endow EEU-FC2A101L a broad application range. So this product can be used in many kinds of electronic equipment, like personal computers, digital products, power electronics and so on.

Now let\'s look into the working principle of EEU-FC2A101L. Just like other Aluminum Electrolytic Capacitor products, this product also consists of an anode, cathode and electrolyte. The anode is made of aluminum foil, and the aluminum oxide layer is formed on its surface due to oxidation. The cathode is deeply connected to the aluminum foil, thus forming a capacitor with large capacity in the electrolyte between them. In this structure, the aluminum oxide layer acts as the dielectric layer, the aluminum foil and electrolyte act as the electrodes, and the outer case is just sealed to hold the electrolyte and form a package. When the product is under voltage application, the electric field between the electrodes will polarize the electrolyte, thus making this capacitor a polarized capacitor.

To sum up, EEU-FC2A101L as a type of Aluminum Electrolytic Capacitors, has a wide range of applications and works through electric field polarization. It can be used for filtering signal, decoupling circuit and other low frequency applications, and its excellent performance makes it very popular in the market.

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