B41550E4150Q000

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Aluminum Electrolytic Capacitors and B41550E4150Q000 application field and working principle

Aluminum electrolytic capacitors, also known as aluminum-electrolytic capacitors, are one of the most widely used types of capacitors in the electronics industry. Aluminum electrolytic capacitors use a two or three-layer aluminum-film-based dielectric that is chlorine-soaked and then formed, thereby increasing the dielectric constant of the electrodes. The B41550E4150Q000 aluminum electrolytic capacitor belongs to the E-series aluminum electrolytic capacitors made by EPCOS.

In terms of capacitance, the nominal capacitance of B41550E4150Q000 of the aluminum electrolytic capacitor is 4.7μF, and the minimum capacitance can reach 4.1μF. The rated voltage of this aluminum electrolytic capacitor is 50V, and the maximum operating temperature can reach 125°C, making it suitable for applications that require a high withstand voltage and high temperature.

B41550E4150Q000 aluminum electrolytic capacitor is mainly applied in electrical circuits where large capacitance, high current, and high voltage-freezing functions are required. It can be commonly found in circuits such as audio frequency decoupling, low-frequency interference filtering, power input line filtering, etc. The large capacitance of the aluminum electrolytic capacitor not only stabilizes the DC voltage, but also suppresses ripple noise that filters out unwanted signals.

B41550E4150Q000 aluminum electrolytic capacitor mainly works on the principle of charging and discharging. The negative surface of the capacitor acts as a cathode, and the positive surface acts as an anode. When the time-varying power source is connected to the capacitor, the capacitor starts to charge and behaves like a conductor. The capacitor charges up and absorbs the current, and the voltage drop across it is stored and maintained. The capacitor then acts like an insulator until it is discharged.

The B41550E4150Q000 aluminum electrolytic capacitor has a long service life and is highly reliable, making it an ideal choice for many electronic applications requiring high voltage and high temperature. It is also characterized by its large capacitance and excellent ripple filter effect, which makes it an ideal choice for decoupling and interference filtering applications.

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