USP1E470MDD1TE

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Aluminum electrolytic capacitors - like USP1E470MDD1TE - are electronic components that store a charge in an electrolyte solution. The charge remains in the capacitor until the capacitor is discharged or until the circuit is broken. The capacitor is made up of two metallic plates - usually aluminum - that are separated by an insulation material, like paper or plastic. One plate is connected to the negative (-) terminal of the capacitor, while the other is connected to the positive (+) terminal. The charge is stored in a thin layer of electrolyte between the plates, forming a barrier between the two metallic plates. When a voltage is applied across the capacitor, current flows through the electrolyte, transferring electrical energy from one plate to the other.

In the case of USP1E470MDD1TE, the maximum capacitance is 470uF and it features a voltage rating of 50v. This product is ideal for use in applications ranging from filtering and smoothing, to circuit board decoupling, and coupling/decoupling. It is also highly reliable with a long life expectancy of 5000 to 15000 hours. USP1E470MDD1TE is in the \'general purpose\' category of electrolytic capacitors, which means the its voltage rating and capacitance are the same as, or slightly different from, those of standard capacitors.

USP1E470MDD1TE is particularly useful in low power and low voltage applications. Its small size and lightweight design helps it to be used in compact circuit boards with limited space. In addition, its low harmonic distortion and wide temperature range make it suitable for applications that involve frequency variations and extreme temperatures. Moreover, its ability to offer stable capacitance over the entire operating frequency range makes it an excellent choice for pulse shaping and signal processing.

The working principle of USP1E470MDD1TE is based on the principle of electric double layer capacitance. It consists of two conducts - one insulating layer - with the positively charged ions attracted to the negative electrode and negatively charged ions attracted to the positive electrode. When the voltage is applied to the terminals of the capacitor, the ions start to move towards the oppositely charged plate, and a current is formed between the plates. This produces an electric field between the electrodes, creating a capacitive divider effect that enables the capacitor to store energy and discharge it when needed.

USP1E470MDD1TE aluminum electrolytic capacitors are a reliable and efficient component for many applications that require high grade capacitors. They are available in various forms, such as radial, axial, miniaturized, and solder-able capacitors. Their long life makes them perfect for applications where frequent maintenance or replacement is not required. And their price point makes them an attractive choice for designers looking for high performance and low cost capacitors.

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