36DE562G050AA2A

Aluminum electrolytic capacitors are a type of capacitor, the use of an electrolyte on the foil to form a semi-conductor device. The device is formed by depositing a layer of oxide on the metal foil, which is then placed in a solution containing an electrolyte. The capacitance of the device is determined by the amount of oxide on the foil and by the electric field between the two electrodes.

The 36DE562G050AA2A aluminum electrolytic capacitors are a general-purpose capacitors used for DC and AC circuits. They are mainly used for filtering or smoothing applications, noise and interference reduction. They can also be used in pulse shaping circuits and as stabilizers.

The working principle of an aluminum electrolytic capacitor is based on Faraday’s law of electrolysis. The capacitor consists of two aluminum foils sandwiched between an electrolyte solution. A voltage is applied between the two foils and the electrolyte is attracted to the plate with the higher voltage, causing ions to be released from the foil surface and form an electrolyte-filled oxide layer. This creates capacitive current flow between the two foils.

The voltage rating for the 36DE562G050AA2A aluminum electrolytic capacitor is 105 degrees C, and the rated capacitance is 560 microfarads. These capacitors are designed to handle large voltage levels, up to 63 volts, in AC and DC applications. The maximum ripple current rating is 4.38A, and the leakage current is 0.3 milliamps.

The most common applications of the 36DE562G050AA2A aluminum electrolytic capacitor are power supplies, DC-DC regulators, automotive electronics, and electrical circuits. These capacitors are used to store electrical charges,smooth out power supplies, filter out noise, or act as rectifiers. The high capacitance of these capacitors make them ideal for applications requiring high voltage levels or large capacitance.

In conclusion, the 36DE562G050AA2A aluminum electrolytic capacitor is a device that uses an electrolyte and a layer of oxide on aluminum foil to create a charge-carrying device. They are used in DC and AC circuits, such as power supplies, DC-DC regulators, automotive electronics, and electrical circuits. They are rated for high voltages and have a ripple current rating of up to 4.38A. The capacitance and voltage ratings allow them to be used in many applications requiring high voltage levels and large capacitance.