EDK336M035S9HAA

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Aluminum electrolytic capacitors, also known as aluminum electrolytic wet capacitors, are composed of two electrodes filled with the electrolyte, which is the most commonly used capacitor. EDK336M035S9HAA is a kind of aluminum electrolytic capacitor. Its application field and working principle can be further explored in the following.

Application field of EDK336M035S9HAA

EDK336M035S9HAA aluminum electrolytic capacitor is mainly used in high frequency switching power supplies, motor drives, notebook computers, LCD monitors, as well as automotive electronics or home appliances. In addition, the wide application fields also include capacitance current, low-frequency electricity, high-frequency electricity and voltage stabilization.

Moreover, EDK336M035S9HAA is generally used for the purpose of energy storage and voltage buffering. Generally speaking, they are used to store or release energy by allowing the current to alternate between positive and negative directions. This unique characteristic enables them to be used in circuits as AC filters or in DC power supplies as input and output filters. They are also used in the power supply line to smooth out the pulse wave and reduce the spike on the line.

Working Principle of EDK336M035S9HAA

Compared with other types of capacitors, the aluminum electrolytic capacitor EDK336M035S9HAA has the advantages of large capacity and low price, which is attributable to its unique construction and working principle. It consists of an anode, a separator, and a cathode. The anode is an aluminum foil piece anodized to form a thin oxide layer, and the separator is a porous material soaked in electrolyte. The cathode is a piece of aluminum with an organic film on the outside. During operation, the capacitor provides a wide range of capacities and voltage ratings based on the oxide layer formed during anodization.

The EDK336M035S9HAA capacitor uses a single-layer aluminum-oxide oxide film as a dielectric layer. When an alternating current is applied to the electrodes on both sides of the dielectric, the charges attract and repel each other to generate electricity. Meanwhile, the electrolyte also participates in the conduction of current, so that an effective electric field can be generated between the two electrodes, and the stored electric energy can be released or reduced when the alternating current is applied.

Another important feature of EDK336M035S9HAA capacitors is the self-healing effect. When the voltage of the capacitor exceeds the current specified by its data sheet due to excessive current or high temperature, the oxide layer of the anode would burst, forming a high resistance thin film area. This thin-film area is connected with the electric field, and the inner breakdown locally is released in high frequency. The capacitor can thus restore the aluminum-oxide film on the surface of the anode and return it to its original state.

The unique features of aluminum electrolytic capacitors, especially the EDK336M035S9HAA aluminum electrolytic capacitor, make them an ideal choice for various applications. They have the advantages of high capacitance and low price, making them ideal for high frequency switching power supplies, motor drives, notebooks, automotive electronics and other fields.

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