UTT1E470MDD1TA

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Aluminum electrolytic capacitors are a type of capacitor that provides an efficient method of storing energy for a range of electrical applications. Primarily used for filtering, decoupling and energy storage, these capacitors offer an efficient way to temporally store and filter electrical energy.

The UTT1E470MDD1TA is a type of aluminum electrolytic capacitor. This capacitor is small in size and is designed for use in portable electronic equipment with limited space. It has a rated capacitance of 470µF, maximum operating voltage of 16V and a tolerance of ±20%.

The UTT1E470MDD1TA is used in a range of applications, including power supply filtering, stabilization, decoupling, and energy storage. Power supply filtering involves the use of the capacitor to filter the disturbances in the power line to ensure a steady output voltage. This prevents the output voltage from overshooting or ringing when the power line changes suddenly, providing a clean output voltage at all times. Stabilization is used to minimize the variation in the power line and is achieved by coupling the capacitor between the power line and ground. This limits the current flow, ensuring that the input voltage does not pollute the output and reduces power ripple.

Decoupling is used to reduce the effect of the input voltage on the output voltage by coupling the capacitor between the power line and ground. This capacitor acts as a buffer between the two lines, preventing interference from reaching the output components. Finally, energy storage is used to provide a source of energy for quick power surges in a circuit. The UTT1E470MDD1TA is capable of storing significant amounts of energy due to its 470µF capacitance. When a quick power surge is detected, the capacitor is quickly discharged to provide the necessary energy.

The UTT1E470MDD1TA is a type of aluminum electrolytic capacitor that is designed for use in portable electronics due to its small size. It is used for power supply filtering, stabilization, decoupling, and energy storage applications. It is constructed with an anode composed of high purity anodized aluminum, which serves as one plate of the capacitor and a non-porous, non-polarized electrolyte as the other. Its electrolyte is in direct contact with the anode, enabling the capacitor to efficiently store energy.

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