UPW1E470MDD1TA

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Aluminum electrolytic capacitors, abbreviate "AECs", are widely applied in various electronic circuits. One of the important representatives of AECs is UPW1E470MDD1TA series, with higher volumetric efficiency and lower dissipation factor. This series of capacitors features high temperature and voltage stability, long life, and high reliability, and enjoys great popularity among the designers of electronic circuits.

The UPW1E470MDD1TA series belong to the "snap-in aluminum electrolytic capacitors", which are characterized by their snap-in mounting and low profile design. This series of capacitors are ideal for high power audio, power supply, automotive, traction and industrial applications because of their unique characteristics and superior performance. AECs are usually used in wide range of applications from low frequency to high frequency, such as for transmitter circuits, noise filters, positioners and power filters.

In general, the working principle of UPW1E470MDD1TA series is the same as what applies to all non-polarized capacitors. An electrical field is created between two electrodes and the voltage across the capacitors is measured as the capacitor is charged or discharged. Generally, the electrical field strength and the ability to store energy are proportional to each other, so that high voltages create stronger fields and permit greater amounts of stored energy. The capacitance of aluminum electrolytic capacitors ranges from low microfarads (uF) to very high values in Farads (F). The voltage ratings of capacitors range from a few volts up to several hundred volts.

The aluminum electrolytic capacitors of UPW1E470MDD1TA series are able to offer superior performance in a variety of different applications, such as short-duration pulse power, long-term stability, rectification and filtering, output voltage decoupling, and more. The robust design of these capacitors also ensures superior reliability in the application, due to their excellent tolerance to high temperatures, low current leakage, and high thermal resistance. On top of these, the capacitor housing is designed to effectively dissipate heat in order to optimize the temperature coefficient of the capacitor\'s capacitance.

In conclusion, UPW1E470MDD1TA series of aluminum electrolytic capacitors are ideal for a wide range of applications, such as transmitter circuits, noise filters, positioners and power filters, due to their superior performance and reliability. The working principle of the UPW1E470MDD1TA series also applies to all non-polarized capacitors, wherein an electrical field is created between two electrodes and the voltage across the capacitor is measured as it is charged or discharged.

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