UKL1C152MHD1TN Capacitors

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Aluminum electrolytic capacitors are one of the key components in today\'s electronic products, and are widely used in many electronic products. The UKL1C152MHD1TN application field and working principle of aluminum electrolytic capacitor are introduced in this article.

The application field of UKL1C152MHD1TN wide range of aluminum electrolysis capacitors covers power supplies, electronic communications equipment, audio products, home appliances, computers and security systems, etc. It is generally used for filtering, boost, timing, pulse, delay, oscillation and energy storage. In addition, the stability and reliability provided by the UKL1C152MHD1TN high temperature radial aluminum electrolytic capacitor are also suitable for demanding industrial products.

The working principle of UKL1C152MHD1TN aluminum electrolytic capacitor is also very simple. When two separated layers of coating are applied to the outer surface of the aluminum foil, a porous dielectric film is formed at the interface between them. A layer of electrolyte is injected into the electrode gap and the metal foil is activated to form a pair of metal electrodes. When a direct current is applied to the capacitor, the charge on the outer surface of the aluminum foil will be negative and the charge on the inner surface will be positive. This uneven charge distribution leads to the formation of an electric field, forming a polarization effect on the oxide and causing the molecules of the oxide film to rearrange. This concentration build-up result in a high dielectric constant and forms an electric double layer. The electric double layer acts as a capacitor, and storing energy through the polarized molecules.

In short, UKL1C152MHD1TN aluminum electrolytic capacitor is a widely used electronic component in many electronic products, which can be applied in the fields of power supplies, electronic communications equipment, audio products, home appliances, computers and security systems. Its working principle is to form an electric double layer storing energy from polarized molecules when a direct current is applied, enabling it to provide reliable and stable performance.

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