338CKH016M

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are widely used electronic components in the electronics industry. They are known for their relatively high capacitance, low cost, and good ferroelectric properties. The 338CKH016M is an aluminum electrolytic capacitor designed and manufactured by Panasonic, intended for use in a variety of electronic and electrical applications. In this article we will discuss its application field and working principle.

Application Field

The 338CKH016M aluminum electrolytic capacitor is used for general purpose applications. Common applications include power supplies, audio circuits, and filtering circuits. It has a capacitance of 16uF and can handle a maximum voltage of 25V. With a maximum operating temperature rating of 85 degrees Celsius, it is suitable for temperatures of up to that level.

Working Principle

The 338CKH016M aluminum electrolytic capacitor is a type of non-polarised capacitor. This means they have no polarity and either lead may be positive or negative. As non-polarised capacitors, they are typically made up of two aluminium foils separated by a dielectric material. The dielectric material is usually a mixture of liquid electrolyte and an oxide that acts as an insulator. This creates a high capacitance in a small package, allowing for a relatively high power rating with low reactance. The non-polarised design provides better stability than polarised capacitors, since the current is less likely to be affected by electrolyte or electrostatic problems.

Conclusion

The 338CKH016M aluminum electrolytic capacitor is a widely used electronic component. Its application field consists of power supplies, audio circuits, and filtering circuits, and its maximum working temperature is 85 degrees Celsius. It is non-polarised and consists of two aluminium foils separated by a mixture of liquid electrolyte and an oxide that acts as an insulator. This design gives it a high capacitance in a small package, allowing for a relatively high power rating and low reactance.

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