63YXF100MEFCT810X12.5

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Aluminum Electrolytic Capacitors are widely used in various fields, due to their outstanding features such as a high energy density, low internal resistance and high reliability. The 63YXF100MEFCT810X12.5 is one of the most widely used type of Aluminum Electrolytic Capacitor, and it is widely used in electronic devices due to its excellent attributes.

The 63YXF100MEFCT810X12.5 is rated at 10V and the capacitance is 100uF. It operates at a frequency of 25 kHz and its size is 8x10x12.5mm. It features a long life span, a low leakage current, a high pulse capacity and low self-discharge rate. Its static capacitance remains constant over its full operating range, and its ripple current characteristic is very stable.

The application field of 63YXF100MEFCT810X12.5 is mainly used in electronic boards and electronic products, especially as signal coupling, decoupling and pulse power sources. This capacitor also boasts excellent performance in signal filtering and harmonic suppression. The 63YXF100MEFCT810X12.5 can also be used in power supply circuits, output ripple suppression, and it also has excellent performance in decoupling the AC signal noise and the DC power supply.

The working principle of 63YXF100MEFCT810X12.5 is based on the principle of electrostatic energy storage. This capacitor consists of a capacitor element and a dielectric material. The capacitor element consists of two electrodes, separated by a dielectric material such as a paper or an electrolyte. When a charge is applied to the two electrodes, a capacitor is formed which stores electrical energy. The capacitor element will then absorb and release energy to its surroundings depending on the charge applied to it.

The 63YXF100MEFCT810X12.5 is a type of Aluminum Electrolytic Capacitor which is used in various electronic products. It is a high quality capacitor which offers excellent performance, an extended service life and a high ripple current. Its application field mainly consists of signal coupling and decoupling, as well as power supply circuits, while its working principle is based on electrostatic energy storage.

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