200MXG1800MEFCSN35X40

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Aluminum electrolytic capacitors are one of the most popular and extensively used types of capacitors. These devices offer many advantages such as high capacitance per unit volume, low loss, wide range of capacitance values, high voltage rating, and long life. The 200MXG1800MEFCSN35X40 aluminum electrolytic capacitor is an example of one of these capacitors.

This device is an axial type device, meaning that it is a cylindrical solid-contact capacitor with one side of the electrolytic paper insulated on each side with an insulating wrapping such as paper or plastic for each end. It is typically used in applications such as power conditioning, power filtering, switch mode power supplies, computer hardware, audio equipment, and other similar applications.

The main characteristics of the 200MXG1800MEFCSN35X40 aluminum electrolytic capacitor are its working voltage of 17V and its capacitance of 1800 microfarads. It has a rated current of 0.417A and a maximum working temperature of 85°C. The device is designed for a ripple current up to 95mA peak and an insulated dielectric strength up to 30V/mm. Due to its high capacitance and relatively low working voltage, this aluminum electrolytic capacitor is ideal for applications that require high capacitance per unit volume, low loss, wide range of capacitance values, high voltage rating, and long life.

The working principle of the 200MXG1800MEFCSN35X40 aluminum electrolytic capacitor is based on a thin oxide layer formed on the cathode surface of specially prepared aluminum. It is this layer that creates the capacitor. The principal components of an aluminum electrolytic capacitor are an anode, a cathode, an electrolyte, a separating medium, and an insulation material. The anode consists of an aluminum foil, the cathode is formed by a special electrolyte and the separating medium is usually paper or plastic material that prevents the direct contact of the anode and cathode. The insulation material is usually a silicone rubber or epoxy mix.

When power is applied to the aluminum electrolytic capacitor, the oxide layer on the cathode surface generates electric charges which, in turn, increases the capacitance. The capacitance reaches its peak at a certain voltage and then decreases gradually. This decrease continues until the maximum working voltage is attained. The dielectric strength of the device is determined by the maximum voltage it can withstand before it fails. The current flow rating of the device is a function of its capacitance value and the rate of current flow through the device. At higher voltages, the current flow rating decreases.

The 200MXG1800MEFCSN35X40 aluminum electrolytic capacitor offers excellent performance for a wide range of applications. Its rugged construction ensures a long service life and its insulated dielectric strength allows it to be used in most high voltage applications. The large capacitance value and low loss of the device makes it an ideal choice for power conditioning, power filtering, switch mode power supplies, computer hardware, audio equipment, and other similar applications.

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