E82D350VGS273MA63T

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Aluminum Electrolytic Capacitors are a type of capacitors that are commonly used in consumer electronics and power applications. The E82D350VGS273MA63T is an example of such a capacitor which is used primarily in high voltage applications. This capacitor has a range of features which make it suitable for these types of applications.

Features and Specifications

The E82D350VGS273MA63T features an aluminum case, a long life span, an ESR of 0.1 mOhms, a capacitance of 350 uF, and a voltage rating of 273 VAC. It also has a maximum operating temperature of -40 to +85 °C, a high ripple current capability, and an insulation resistance of 100 MOhm. Additionally, this capacitor is RoHS compliant which means it is safe for use in most electronic applications.

Application Field

Primarily, the E82D350VGS273MA63T capacitor is used in a variety of high voltage applications due to its increased voltage ratings and durability. These applications include motor drives, switchmode power supplies, renewable energy systems, inverter circuits, and various high-voltage electronic devices. Another advantage of this capacitor is that it can operate in a wide temperature range so it can be used in various environmental conditions.

Working Principle

The working principle behind an aluminum electrolytic capacitor is that, when voltage potential is applied across its terminals, an electric field is established between the two aluminum plates which are used in the construction of the capacitor. These plates are separated by an electrolyte which stores the electric field energy. When a charge is applied, it produces an opposing effect which causes a reverse current from the capacitor. This current is stored in the capacitor until the electric field energy is released.

Conclusion

The E82D350VGS273MA63T is an aluminum electrolytic capacitor which is used primarily in high voltage applications. It has a range of features which makes it suitable for these types of applications including a long life span, a high ripple current capability, and RoHS compliance. The working principle behind this capacitor is that it stores electrical energy, which is released when a charge is applied. This makes it a useful tool in various electronic devices and systems.

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