ELXY630ELL471MK35S

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Aluminum electrolytic capacitors are electrical components used where high capacitance is necessary whilst also demanding a low profile, lightweight form of capacitor. They are widely used in signal processing, filtering and general frequency smoothing applications. The ELXY630ELL471MK35S capacitor is part of this group and is a frequently used component in many electrical/electronic systems. Knowing how it works and how it is applied will allow engineers to more effectively make use of it to suit their particular application.

The ELXY630ELL471MK35S is an aluminum electrolytic capacitor. It has a rated voltage of 10 volts and a capacitance of 470 microfarads. The size of the case is C size, making it 0.386 inches in diameter with a 0.843 inch length. This is an extremely small and lightweight capacitor, making it ideal for applications where space is limited. It is also able to function under a wide temperature range whilst still maintaining its stated parameters.

Aluminum electrolytic capacitors rely on the electrolytic anode weakly bonded to two layers of aluminum foil and separated by a thin insulating layer of dielectric material, typically a conductive polymer. With the ELXY630ELL471MK35S, this is a special type of capacitance known as organic solid electrolyte (OS-CON). OS-CON capacitors rely on the organic solid electrolyte material rather than an electrolytic solution, allowing a much higher capacitance rating to be achieved in a smaller size.

The ELXY630ELL471MK35S is an example of a high performance, low profile aluminum electrolytic capacitor. Its application fields and working principle is the same to all aluminum electrolytic capacitors. In terms of application fields, they are used in high frequency power supplies, DC-DC converters, fuses, and EMI/RFI filter. With its low profile and weight, the ELXY630ELL471MK35S makes an excellent choice in space-critical applications and can also provide superior performance if high temperature stability is needed. In terms of working principle, the mechanism of the aluminum electrolytic capacitor is similar to any other type of capacitor, it stores charge by creating an electric field between two conductive plates.

Being a very small component, attaching the ELXY630ELL471MK35S requires special techniques,, the use of a soldering iron with a fine tip is typical. When soldering, sufficient attention must be given to the soldering temperature and time to avoid damaging the component due to excessive heat. To attach the capacitor, the wires must first be touching the terminals and then heated with the soldering iron. Be sure to go through the manufacturer\'s directions when soldering as some will give more specific advice depending on the capacitor’s specific tolerance levels.

The ELXY630ELL471MK35S aluminum electrolytic capacitor has become an important part of the electrical/electronic industry due to its high capacitance, low profile and lightweight design. By understanding its application field and working principle, engineers will be able to apply them more effectively in their preferred application. Additionally, soldering aluminum electrolytic capacitors must be done correctly to ensure that they are not damaged excessively, which could lead to loss of capacitance due to heat damage.

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