ELH107M400AQ2AA

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Aluminum Electrolytic Capacitors, commonly known as aluminum electrolytes, are a type of capacitor with a certain capacity that uses electrolyte as an insulating medium and uses aluminum as a positive electrode and activated carbon or plum foil as a negative electrode. ELH107M400AQ2AA is a kind of aluminum electrolytic capacitor with a capacity of 400uF.

ELH107M400AQ2AA has a wide range of application fields. It is widely used in circuit boards and is often used as an energy storage device. It can also be used in motor control devices. This capacitor can also be employed in high-power switching circuits configured to reduce electromagnetic interference (EMI). In addition, ELH107M400AQ2AA can also be used as signal filtering, restoring power supply vibrancy, and surge suppression.

The working principle of ELH107M400AQ2AA is simple. It consists of two conductors that are formed as adjacent plates. One of the conductors is made of aluminum foil which is the anode and acts as the positive electrode. An insulating layer of aluminum oxide is formed on the surface with the help of an electrolyte. The other conductor is made of activated carbon or cellulose and acts as the negative electrode. When a voltage is applied, a static electric field is formed between the two plates, allowing for the capacitor to store electrical energy.

The dielectric material at the capacitors can resist or block the flow of electric charge between the two conductors, allowing the capacitor to store energy. ELH107M400AQ2AA has a higher endurance than other similar capacitors, making it a popular choice in many high-temperature, low-impedance applications.

ELH107M400AQ2AA is highly reliable compared to other capacitors due to its superior performance in high temperature, low impedance, and vibration environments. Its superior life cycle and its ability to sustain reverse voltages are the major reasons why this type of capacitor is preferred over other types. As such, it is an effective device for many electronic applications.

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