E36D400LPN823TDB7M

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Aluminum electrolytic capacitors are commonly found in a wide range of electrical equipment, from computers and power supplies to recording and broadcast equipment. The E36D400LPN823TDB7M is a specific type of electrolytic capacitor that is used for various applications. This article will discuss the application field and working principle of the E36D400LPN823TDB7M.

Applications

The E36D400LPN823TDB7M aluminum electrolytic capacitor is a high-performance device that delivers reliable power. It is an ideal option for applications that require a low ESR and a high ripple current. This capacitor is mainly used in motion control, automotive, and industrial applications. It can also be used in the medical, aviation, defense, and lighting industries.

In motion control applications, the E36D400LPN823TDB8M capacitor is used to store and release large amounts of energy to ensure smooth operation. In automotive applications, the capacitor is used in the power control system or battery management system. It helps protect and balance the systems from any kind of power surge or current that can damage the system. And in industrial applications, this capacitor is used for motor control, voltage regulation, and power smoothing.

Working Principle

The working principle of the E36D400LPN823TDB7M aluminum electrolytic capacitor is based on the Faraday’s law of electrolysis. This law states that when a direct current passes through an electrolyte, it creates electrical fields that drive the positively charged ions to move to the negative electrode and the negatively charged ions to move to the positive electrode. This creates a storage of electric charge in the capacitor.

The E36D400LPN823TDB7M is a non-polarized aluminum electrolytic capacitor with a construction that comprises of a metal layer, a dry electrolyte, and dielectric layer. When the current passes through, it divides into two parts. The first part is the electrolyte inside the capacitor, and the second part is the dielectric layer outside of the capacitor. The electric fields created by the electrolyte drive the positive ions to move toward the dielectric layer, while the negative ions are driven away. This creates a charge imbalance between the two layers.

The charge imbalance between the two layers, plus the electric field also created in the dielectric layer, will generate an electric potential. This electric potential is stored in the capacitor, waiting to be released when the right conditions are met. This stored electric charge, or capacitance, is the working principle of aluminum electrolytic capacitors.

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