36D392G075BB2B

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Aluminum Electrolytic Capacitors are an excellent device used to store energy that can be used later for the release of high currents or fast discharges. One of the most common types of aluminum electrolytic capacitors is the 36D392G075BB2B, which is used for applications that require a high amount of energy.

36D392G075BB2B capacitors are designed with a high degree of flexibility because they are often used for multiple applications. They include power supplies, automotive, power electronics, and audio applications. The capacitor has a rated voltage of 6.3V and a capacitance value of 392µF. This means that the capacitor will store a maximum of 960 mJ of energy, which is the equivalent of 928 A in terms of current.

In terms of structure, the 36D392G075BB2B consists of two ceramic layers and a third layer of electrolyte. The capacitance value of the capacitor is obtained by adding up the values of the two ceramic layers and the value of the electrolyte layer. The two capacitance values are then combined to give a total capacitance value.

The 36D392G075BB2B capacitor has two main functions. The first is to act as an energy storage device. The capacitor stores electrical energy that can be used later for the release of high currents or for fast discharges. The second is for filtering high frequencies. Since the capacitance value of the device is greater than the leakage current, it is able to filter out high frequencies from the ripple current.

The capacitance of the 36D392G075BB2B has a tolerance of +-20%. This goes to show that the capacitor does not rely completely on the value of the ceramic or the electrolyte layers for its capacitance. Instead, it has the flexibility to accommodate different values of capacitance. The tolerance of the capacitor ensures that it works consistently over a wide range of temperatures and voltages.

In terms of working principle, the 36D392G075BB2B functions just like any other aluminum electrolytic capacitor. It consists of one or two plates of aluminum foil sandwiched between two paper like plates. A part of the capacitor’s dielectric is formed by electrolyte, which is also a dielectric. When a current is applied to the capacitor, the electrolyte is polarized and the plates separated. This creates an uneven distribution of charge on the capacitor plates, and thus stores energy in an electrical form.

When the current is removed, the opposite of what occurred happens, and the electrical charges on the capacitor plates redistribute. This way, the stored energy is released, which can then be used during current discharges or pulses.

In conclusion, the 36D392G075BB2B is an aluminum electrolytic capacitor designed for applications. It is great for high current and fast discharge applications, due to its high capacitance value and tolerance. Additionally, it works via the principle of polarization and redistribution of electrical charges between capacitor plates.

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