16YXA47MEFC5X11

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Aluminum electrolytic capacitors are a type of polarized capacitor that use an electrolytic process to achieve a greater capacitance than other types of capacitor. The 16YXA47MEFC5X11 is one such capacitor. It is known for its large capacitance values and for its very long life.

The 16YXA47MEFC5X11 can be found in countless electronic devices. It is commonly used in audio applications, such as amplifiers and sound cards. It is also found in other consumer electronic devices, such as televisions and laptops. The capacitor is also used in industrial control systems, where it provides high-frequency filtering and transient suppression.

The 16YXA47MEFC5X11 has a cylindrical cylinder form and is composed of an anode and a cathode. On the inside of the anode, a chemical reaction with an electrolyte is used to create an electric field, which stores energy as a static electric charge. The cathode is made of a metal layer and a dielectric material layer. The capacitor works by allowing an electric charge to be stored on one of its two terminals and allowing it to pass through to the other terminal.

The 16YXA47MEFC5X11 is designed for relatively low voltage and high current applications. It is capable of delivering up to 8 A of current with a maximum voltage rating of 25 V. The capacitor also features a long lifespan, with some models having a declared life rating in excess of 2000 hours.

The 16YXA47MEFC5X11 is also notable for its high capacitance. This is due to the high electrolyte concentration of the chemical it contains, which helps to increase the amount of charge that can be stored. The capacitor also features low ESR, which is key for applications that require low-noise operation.

In summary, the 16YXA47MEFC5X11 is an aluminum electrolytic capacitor that is designed for low voltage, high current applications. It features a large capacitance value, a long life rating, and low ESR. It is commonly used in consumer and industrial electronic devices and is ideal for high-frequency filtering and transient suppression applications.

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