UHD1A392MHD6TN

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Aluminum electrolytic capacitors, also known as aluminum electrolytic capacitors, are widely used as electronic components, and belong to a type of polarized capacitors. UHD1A392MHD6TN is a type of aluminum electrolytic capacitor. It can store electrical energy by using physical effects of dielectric electrolytic aluminum. In theory, it can store and discharge electrical energy like a rechargeable battery.

The specific application field of UHD1A392MHD6TN is that it can be used in electrical circuits to filter noise, stabilize voltage, reduce ripple wave, filter signal and adjust phase difference. Besides, it has various features, such as high volumetric, high power density, fast charging/discharging, wide frequency response, and low ESR. It is suitable for applications with wide range of temperatures, and performs well in high-frequency, low-impedance and high-amplitude applications. As a result, the application of UHD1A392MHD6TN is not only in the areas of general-purpose electronics, industrial electronics and consumer electronics, but also places like communication system, power electronics, computer system, instrumentation device, satellite communication, and other radio frequency devices.

UHD1A392MHD6TN has a double-layer structure and is mainly composed of anode aluminum foil, electrolyte, and cathode aluminum foil. The anode and cathode foils are mainly made of ultra-thin aluminum foil, and its electrolyte is a potentiostatic solution which is obtained by adding an electrolyte solvent to the petrochemicals. The working principle of UHD1A392MHD6TN is based on its chemical component, which is the anodic oxidation and passivation current processes of aluminum foil. During the anodic oxidation process, the atoms of aluminum metal are polarized to form oxygen ions on the anode under the effect of electric field, eventually forming an Anodic Oxide Film on the anode surface. This film has a great insulation effect, and is responsible for the storage of large amount of electrical charges. Since the relief hole and Cathode Pie are located at the opposite sides of the anode and the cathode respectively, when a positive potential is applied to the anode, it would attract the negative charges in the cathode and cause a current conduction. Then, the charges stored in the anode would be discharged and enter the cathode side, forming an electric field between the electrodes and resulting in bonding ionic molecules. Eventually, polarization and capacitive properties of electrical charge are obtained.

In conclusion, UHD1A392MHD6TN is a type of aluminum electrolytic capacitor. It possess good features such as high volumetric, high power density, fast charging/discharging, wide frequency response, and low ESR, and can be applied in areas of general-purpose electronics, industrial electronics and consumer electronics, communication system, power electronics, computer system, instrumentation device, satellite communication, and other radio frequency devices. Further, its working principle is based on the process of anodic oxidation and passivation current of aluminum metal.

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