EKMG201ETD470MK20S

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Aluminum electrolytic capacitors (or electrolytic capacitors) are capacitors that use electrolytes as one of its two electrodes and are characterized in having a high capacitance per unit volume. Examples of an electrolyte are aluminum oxide, manganese dioxide, and conductive polymer. Crucial components for electronic circuits, they are mainly used for filtering and for tuning signals. The EKMG201ETD470MK20S is one excellent example of this type of capacitor.

The EKMG201ETD470MK20S aluminum electrolytic capacitor has an extremely small size and is suitable for applications where space saving is a top priority. Its major application field is LED lighting and automotive electronics. The product has an operating temperature of -55℃ ~/+ 105 ℃ and a Rated Voltage of 200 VDC, suitable for many lighting and automotive projects. It is also used in computers, mobile phones, TVs and other consumer electronics.

The EKMG201ETD470MK20S works using a basic three-step process. First, electrical energy is used to form a thin layer of dielectric material on the surface of the anode. The dielectric material is typically an oxide film in the case of aluminum electrolytic capacitors. This oxide film allows electrons to pass through but provides stability and insulation from external electrical fields. Second, the electrolyte in the capacitor breaks down into cations (positively charged ions) and anions (negatively charged ions). These ions act as conductors and create a balance between the positive and negative electrodes of the capacitor. Finally, electrical current is used to charge and discharge the capacitor, creating an electrical field across the dielectric material.

In conclusion, the EKMG201ETD470MK20S is an aluminum electrolytic capacitor used for a variety of electronics applications, most notably on LED lighting and automotive electronics. It has a rated voltage of 200V DC, making it suitable for many sensitive electronic devices, and works using a basic three-step process involving the use of electrical energy to form a thin insulating oxide film, the breakdown of the electrolyte into cations and anions, then charging and discharging through electrical fields.

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