APXG160ARA101ME61G

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Aluminum - Polymer capacitors are non-polarized energy storage components made of electrolytic aluminum foil, mostly organic polymers and ceramic capacitors. The APXG160ARA101ME61G is a type of aluminum - polymer capacitor.

This capacitor has a very small size and high capacitance. Its rated volatge is 10V and rated capacitance is 160 μF. It is available in a 6.3mm×8mm rectangular case, making it one of the most efficient size-to-performance capacitors on the market.

The APXG160ARA101ME61G capacitor is ideal for applications where high levels of output current are needed, such as power supply circuits that deliver high current, hardware filters configured to process high frequency signals, and large display controllers driven by multiple LED drivers.

Due to the low electrical leakage of this capacitor and its high dielectric strength, they are suitable for use in power converters and communications equipment. The capacitor also offers superior impedance characteristics, which makes it an excellent choice for audio circuitry that requires high quality sound reproduction.

The most common application for the APXG160ARA101ME61G is the use of electromagnetic interference (EMI) filters in power supply lines. The capacitor\'s excellent attenuation characteristics allow it to be used as a low pass filter, providing excellent protection against both common mode and differential mode EMI.

The working principle of this capacitor is based on the differences in electrical potential between two conductors, called plates, which are separated by a dielectric material. When a voltage is applied across the plates, an electric field is created and the plates are charged. The electric field creates an electrostatic field and the energy is stored in the form of an electrical charge.

The APXG160ARA101ME61G offers a high capacitance to volume ratio, excellent performance characteristics, and a wide range of operating temperature. It is an ideal solution for applications where size and performance are critical factors.

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