100YXM10MEFCF16.3X11

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Aluminum electrolytic capacitors are one of the widely used non-volatile types of capacitors in various electronic circuits and systems. Its structure consists of an anode with aluminum foil, the dielectric layer of oxide film that is formed on the aluminum foil, and cathodes formed by wound strip of nickel-plated metal plates or etched strips of aluminum foil.

The 100YXM10MEFCF16.3X11 aluminum electrolytic capacitor belongs to the family of radial leaded capacitors and is often used in low-frequency circuits that are electrically sensitive. This type of capacitor is capable of working as both a smoothing capacitor and a decoupling capacitor. The black casing on the exterior of the capacitor absorbs stray electromagnetic radiation, thereby preventing electromagnetic interference (EMI) from entering into the capacitor applications.

The working principle of 100YXM10MEFCF16.3X11 aluminum electrolytic capacitors is quite simple. When current passes through these capacitors, a back-and-forth movement of electrons is created between the two plates. This action produces a net capacitance across the terminals of the capacitor. This activity charges the capacitor, which in turn reduces the amount of current it releases when the circuit is opened.

The main application fields of 100YXM10MEFCF16.3X11 aluminum electrolytic capacitors are in high-frequency noise control, low- and high-frequency signal compensation, filter circuits, and power conditioning. Moreover, these capacitors are used in audio crossover and power amplifiers, loudspeakers, TV sets, medical equipment, computers, and communication systems.

Overall, aluminum electrolytic capacitors offer many advantages such as high volume-to-weight ratio, low-cost manufacturing process, and low-loss. Thus, they are an ideal choice for a wide range of electronic components and systems.

100YXM10MEFCF16.3X11 aluminum electrolytic capacitors provide the reliable capacitance value and high temperature coefficient of capacitance required in most applications. Furthermore, they can confidently handle the applied voltage and impulse voltage. With their superior performance and reliability, these capacitors are sure to make the most reliable choice for your project.

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