ECE-V1CA471P Capacitors

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Aluminum electrolytic capacitors are electrical devices with polarized electrodes that store electric charge. Electrolytic capacitors are made of two thin aluminum foils covered with oxide layer, separated by an electrolyte and a separator. They are encapsulated in an aluminum or plastic case, with pins, terminals, or other attaching devices for installation in circuit boards or electronics enclosures.
ECE-V1CA471P is an aluminum electrolytic capacitor with lead-type pin type, which widely used in automotive electronics, medical electronics, sound system, HVAC, UPS and so on. It has characteristics of high temperature resistant, radial-lead type, miniature size and long service life.

ECE-V1CA471P is constructed of two thin aluminum foils that are coated with an oxide layer, and a separator which is impregnated with specially developed liquid electrolyte. The aluminum electrodes are separated by the separator and then the entire assembly is encapsulated in an aluminum case. The anode is connected to the body of the capacitor while the cathode is connected to one of the leads. An insulated metal pin is attached to the cathode, and the lead is then curved over to provide reliable contact with the electrode.

ECE-V1CA471P is connected in series with the circuit, and it is thus specified by voltage. The working principle of ECE-V1CA471P is very simple. When voltage is applied to the capacitor, the electric field generated across the oxide layer causes the ions in the electrolyte to flow, allowing charge to transfer. This charge is stored in the capacitor and is held in place by the electrostatic field generated between the two aluminum foils. Thus, ECE-V1CA471P works as an energy storage and is able to store energy for a period of time.

Besides energy storage, ECE-V1CA471P has several other key applications. In automotive electronics, it is used to filter out high-frequency and high-amplitude spikes that can damage other components. In medical electronics, it is used to reduce noise and interference from signal sources. ECE-V1CA471P is also used in HVAC systems to prevent the motor from overloading and in sound systems to reduce audio distortion.

In conclusion, ECE-V1CA471P is an aluminum electrolytic capacitor with many advantages such as high temperature resistant, radial-lead type, miniature size and long service life. It is widely used in automotive electronics, medical electronics, sound system, HVAC, UPS and so on. The working principle is very simple and it can be used as an energy storage device as well as for filtering and noise reduction.

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