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Aluminum Electrolytic Capacitors

The aluminum electrolytic capacitor is a type of capacitor using an electrolyte to achieve a larger capacitance than other capacitors. Commonly used for blending, filtering, decoupling, and bypassing signals, aluminum electrolytic capacitors also help to store energy, regulate voltage, and provide clean current in applications. The SLPX472M100H7P3 aluminum electrolytic capacitor is one such example, which is useful in a variety of industries.

Application Field of SLPX472M100H7P3

The SLPX472M100H7P3 can be used in automotive applications such as car audio, HVAC, engine control, and inverters. It is also found in lighting ballasts, LED drivers, DC-DC converters, solar and energy storage, uninterruptible power supply applications, and electro-medical products. This type of capacitor is also useful for home entertainment, consumer electronics, and gaming devices.

Working Principle of SLPX472M100H7P3

The SLPX472M100H7P3 is a polarized aluminum electrolytic capacitor with a typical operating voltage of 100V. It features an anode of aluminum foil, a highly porous cathode of activated carbon, and an electrolyte of ethylene glycol. When a potential difference is applied, ions move from the anode to the cathode, allowing current to flow. This current creates a capacitance between the plates of the capacitor, which is what allows it to store energy and regulate voltage.

The SLPX472M100H7P3 also has a nonlinear Dissipation Factor, a leakage current increase with temperature, and an effective frequency range of 0.1 ~ 18.0 Hz. It has a ripple current of 10.0 A and an operating temperature range of -55℃ ~ +105℃. The capacitor also features a long life time of 3,000 hours at +105℃ and is compliant with the RoHS directive.

Conclusion

The SLPX472M100H7P3 aluminum electrolytic capacitor is a versatile component that can be used in a variety of industries. It features a long life time and a wide frequency range, but its unique characteristics also include a nonlinear Dissipation Factor and an increase in leakage current with temperature. Knowing these characteristics and using them appropriately can help ensure optimal performance in automotive, lighting, consumer electronic, and other applications.

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