AVE476M25X16T-F

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Introduction

Aluminum electrolytic capacitors vary in size, construction, and function. They are widely used for many applications and can be found in most electrical and electronic components. The AVE476M25X16T-F aluminum electrolytic capacitors are surface mount, non-polarized, chip capacitors derived from the AVE series of chip capacitors. They feature robust construction, low equivalent series resistance (ESR), a wide range of performances, and an excellent standing capacity.

Application Field of AVE476M25X16T-F

The AVE476M25X16T-F aluminum electrolytic capacitors are specifically designed for applications in audio, automotive, computer, and consumer electronics. They are also suitable for use in high-frequency systems such as radio frequency (RF) signal processing as well as for decoupling of high-speed logic circuits. The AVE476M25X16T-F capacitors are also suitable for surge protection, bypassing, and energy storage applications.

The features of the AVE476M25X16T-F capacitors make them very suitable for use in a wide range of applications. As they have a high capacitance ripple, they are ideal for ripple suppression and noise filtering in audio circuits, automotive systems, and processor cores. Additionally, they can also be used in decoupling and bypass circuits for high-speed logic circuits. Furthermore, they are suitable for use in the input and output stages of filters, modulators, detectors, and other active components.

Working Principle of AVE476M25X16T-F

The AVE476M25X16T-F aluminum electrolytic capacitors are constructed of an aluminum electrolyte separated by a thin dielectric barrier. The electrolyte is a solution of aluminum hydroxide and insoluble electrolyte salts. When a voltage is applied to the two terminals of the capacitor, a current passes through the electrolyte, ionizing the aluminum hydroxide molecules and forming a conductive path for electric charge to flow between the two terminals.

The electric charge stored in the capacitor is proportional to the applied voltage. The capacitance of the AVE476M25X16T-F capacitors is determined by the thickness and area of the dielectric layer, the amount of electrolyte in the solution, and the area of the aluminum foil electrodes. The maximum capacitance is limited by the available surface area of the aluminum foil electrodes and the thickness of the dielectric layer. The AVE476M25X16T-F capacitors also have a low equivalent series resistance, or ESR, which enables them to respond quickly to changes in voltage level and current load.

Conclusion

The AVE476M25X16T-F aluminum electrolytic capacitors feature robust construction, low equivalent series resistance (ESR), a wide range of performances, and an excellent standing capacity. These features make them suitable for use in a wide range of applications such as audio, automotive, computer, and consumer electronics, as well as in high-frequency systems such as radio frequency (RF) signal processing and for decoupling of high-speed logic circuits. The AVE476M25X16T-F capacitors are constructed of an aluminum electrolyte separated by a thin dielectric barrier and store a charge proportional to the voltage applied. As such, they are an ideal choice for ripple suppression, noise filtering, surge protection, bypassing, and energy storage applications.

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