16YK47MEFC5X11

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Aluminum Electrolytic Capacitors

The 16YK47MEFC5X11 is an aluminum electrolytic capacitor. It is a common type of electronic component, consisting of two electrodes, separated by an electrolyte. A voltage applied across the electrodes creates an electric field which stores energy in the form of an electric charge. This type of capacitor is commonly used in many consumer electronics and industrial applications.

Application Field

The 16YK47MEFC5X11 is typically used in applications requiring relatively high capacitance, low leakage, and good temperature stability, such as DC-DC converters, radio frequency filtering, and signal coupling. It is also often used in applications involving high frequency, high ripple current, and/or aggressive cycling. The component is also commonly seen in aerospace and automotive systems.

Working Principle

The 16YK47MEFC5X11 is a polarized capacitor, meaning that it is designed to be connected with the correct polarity to ensure proper operation. The aluminum electrolytic capacitor utilizes a chemical reaction between its two electrodes and the electrolyte between them. When the capacitor is connected across a DC voltage, an electric current flows through the electrolyte, forming a layer of metal oxide on one of the electrodes. This layer of metal oxide serves as the dielectric of the capacitor, allowing it to store electrical charge.

When a voltage is applied across the capacitor, an electric field is created which stores energy in the form of an electric charge. This stored energy is then discharged when the voltage across the capacitor is reduced. The capacitance of the 16YK47MEFC5X11 is determined by the amount of metal oxide layer on the electrodes and the area of the electrodes. The capacitance is also directly proportional to the amount of applied voltage.

Conclusion

The 16YK47MEFC5X11 aluminum electrolytic capacitor is a common type of electronic component which is used in many consumer electronics and industrial applications. It is most often used in applications which require high capacitance, low leakage, and good temperature stability. The component utilizes a chemical reaction between its two electrodes and electrolyte to store electrical charge, and the capacitance of the component is determined by the amount of metal oxide layer on the electrodes and the area of the electrodes. This makes it ideal for applications requiring high frequency, high ripple current, and/or aggressive cycling.

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