UWX1C100MCR2GB

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Aluminum electrolytic capacitors use aluminum oxide as the dielectric material. They are formed by inserting an anode element (a metalized aluminum foil) carrying etched-away concaves and convexes into a tubular sleeve containing electrolyte and cathode elements (aluminum oxide powder and paper for impregnation). A separate current-limiting resistor is also inserted between the anode and the cathode. They are widely used in various applications due to their advantages of costs and small size, and are ideal for applications where high capacitance is needed.

UWX1C100MCR2GB is an aluminum electrolytic capacitor. It has a wide application field since its capacitance is very large, at 100,000µF(100mF).

The working principle of the UWX1C100MCR2GB capacitor can be described as follows.When a voltage is applied across the terminals, electrons flow from the cathode to the anode of the capacitor. This electron flow causes a current which, in turn, causes ions to be created in the electrolyte. As the ions move through the electrolyte, they are attracted to the anode and cathode, depositing layers of positively charged ions on the anode and negative ions on the cathode, which have a dielectric effect. As more and more layers of ions are deposited, the capacitance increases and more and more electric charge is stored in the capacitor.

UWX1C100MCR2GB aluminum electrolytic capacitor can be used in various applications due to its high capacitance and small size. They can be used in power supply circuits, over current protection, and for filtering and decoupling in electrical circuits. In addition, they can be used in computers, TVs, digital cameras and other electronic devices for noise filtering, smoothing, and electric current suppression applications.

In summary, UWX1C100MCR2GB aluminum electrolytic capacitor has a wide application field and it can be used for various applications such as power supplies, over current protection, and noise filtering. Its working principle is based on the principle of electrons flowing from the cathode to the anode and depositing layers of positively charged ions on the anode and negative ions on the cathode in the electrolyte.

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