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Aluminum Electrolytic Capacitors

ESH336M035AC3AA is an aluminum electrolytic capacitor which can be applied for various purposes in different industries. This article will discuss about its application field and working principle.

Application Field

The applications of ESH336M035AC3AA are mainly used in medical, consumer electronics, consumer appliance, automotive, LED lighting and many other industrial-based applications. It is an ideal choice for applications that need low impedance and high ripple currents, such as power supplies, DC-DC converters, systems that rely on power management and computing. It is also suitable for applications where miniaturization, higher heat dissipation and the ability to withstand high and low temperature range, is required.

Working Principle

An aluminum electrolytic capacitor works on the concept of electrostatics. This type of capacitor has two plates, the positive and negative. The positive plate is made of aluminum foil and is coated in an electrolyte solution, usually an aqueous solution of boric acid, phosphoric acid and/or sodium dodecyl sulfate. The negative plate is a sheet of non-conductive paper, which is then sandwiched together between the two plates. When an electrical field is applied, the negative plate will be charged and the charge collects on the positive plate, creating a capacitance. This capacitance will then act to store the energy from the electrical field.

The advantage of aluminum electrolytic capacitors over other types of capacitors is that they are able to store larger amounts of energy in smaller packages. This makes them ideal for applications in consumer electronics, consumer appliance, automotive, LED lighting and many other industrial-based applications. Additionally, they can also be used in situations where temperature changes and rough handling are encountered.

Some of the other advantages of ESH336M035AC3AA include their reliability and stability. It has a long life span, making it a reliable choice for use in power supplies, DC-DC converters and systems that rely on power management and computing. The aluminum foil used in the capacitor ensures that it can withstand high temperatures and rough handling. Furthermore, the non-conductive paper enables the capacitor to resist short-circuiting and reduces any risk of fire.

Conclusion

Overall, ESH336M035AC3AA is a versatile aluminum electrolytic capacitor that can be used for a variety of applications. Its low impedance, high ripple current, small size, and reliability make it a viable choice for many industrial-based applications. These benefits, along with its ability to resist short-circuiting, makes the ESH336M035AC3AA an ideal choice for many power supply, DC-DC conversion and power management applications.

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