25ML150MEFCTA8X7.5

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Aluminum electrolytic capacitors are widely used in the electronic industry due to their good reliability, low cost, small volume, high energy density, and large maximum capacitance. The 25ML150MEFCTA8X7.5 is an excellent example of this type of capacitor.

This aluminum electrolytic capacitors measures 25mm in diameter and 15mm in length. It has a maximum working voltage of 250V and a rated capacity of 150μF (microfarads). The temperature range is -40~+105℃ and the life expectancy of the capacitor is 7000 hours at +105°C. Other notable features of this capacitor include a leakage current of 4.8mA; a leakage current of 1.3mA; a dielectric loss of 11Ω; a terminal voltage ratio of 8x7.5; and a high-frequency resistance product of 0.024R-C.

The 25ML150MEFCTA8X7.5 aluminum electrolytic capacitor is most commonly used in a variety of electronic circuits. Some of the most common applications of this capacitor include high-Q filtering, timing devices, audio equipment, regulator circuits, and medical equipment. It is also used as a power supply for small LED light circuits, radio frequency circuits, and other circuits requiring high capacitance and reliability.

The working principle of the 25ML150MEFCTA8X7.5 aluminum electrolytic capacitor is quite simple. It is a polarized capacitor which consists of two electrodes separated by an electrolyte. The two electrodes are usually made of aluminum. The positive electrode is coated in an oxide layer which acts as the dielectric material and the negative electrode acts as the cathode. When current is applied to the capacitor, an electrochemical reaction occurs and electrons are stored in the oxide layer. When a voltage is applied across the terminals of the capacitor, the stored electrons are released which creates a voltage across the capacitor. The amount of voltage stored can be determined by the capacitance of the capacitor.

In conclusion, the 25ML150MEFCTA8X7.5 aluminum electrolytic capacitor is a reliable, cost-effective way to increase capacitance in electronic circuits. Its high energy density and wide temperature range makes it ideal for a variety of applications. Its working principle is based on an electrochemical reaction and when a voltage is applied to the terminals, the stored electrons are released resulting in a voltage across the capacitor.

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