ECE-T2EP392FA

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Aluminum electrolytic capacitors are composed of two aluminum foils, each of which is separately anodized, while separated by an electrolyte such as ethanol, acetonitrile, or propylene carbonate. The two aluminum foil layers act as the two electrodes of the capacitor and the electrolyte acts as an ionic medium. Since aluminum has a higher work function than the electrolyte, aluminum forms a large electric field with the electrolyte which stabilizes the capacitor structure and makes it possible for electrons to move in and out of the capacitor. The anode and cathode layers are formed by depositing a thin aluminum oxide film on their respective aluminum layers, which acts as an insulation layer and also improves the capacitance of the capacitor.

The ECE-T2EP392FA is widely used in capacitor applications and is a standard aluminum electrolytic capacitor. It offers excellent performance over a wide operating frequency range by having a dielectric medium based on a film technology. The common features of this capacitor are a tighter trip voltage and a maximum ripple current rating, making it suitable for high frequency switching applications. With an operating temperature range from -25 to +85 °C, it is capable of operation in environments with significant temperature variation.

The ECE-T2EP392FA utilizes two electrolytes, for two different stages: the surface mount anode with a wet electrolyte forming a barrier between the anode and cathode and the low-resistance carbon-filled anode which minimizes the contact resistance between the electrodes. This design gives the ECE-T2EP392FA the ability to provide excellent energy absorption capacity. The anode consists of two metal charges, one of which is a very thin film layer to increase the charge density of the capacitor. This design allows for a fast and efficient charge/discharge cycle, which increases the power handling capability.

The ECE-T2EP392FA capacitor also offers superior performance in high power devices, such as TVs, computers, and other consumer electronics. Its high capacitance value prevents the over-charging of a device, which allows for improved device efficiency and stability. The design of this capacitor also features a wide operating voltage range, which gives it the ability to safely provide power to many different devices.

The ECE-T2EP392FA capacitor offers excellent performance and reliability over a wide range of operating frequencies and temperatures. Its low contact resistance ensures maximum energy storage despite drastic temperature variations and rapid discharge times. Its high capacitance and maximum ripple current rating make it suitable for high power and high frequency applications. It is an excellent choice for designs that require a cost effective and reliable aluminum electrolytic capacitor.

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