RF80E331MDN1JT

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Aluminum-polymer capacitors are used in many applications, and the RF80E331MDN1JT is no exception. This capacitor has a long history of being used in the automotive, military, and aerospace industries, as well as in consumer electronics applications.

This aluminum-polymer capacitor is specifically designed to provide a combination of high capacitance, high voltage and low ESR, which is crucial in many applications, such as using cell phones in locations with little or no signal. The RF80E331MDN1JT offers design engineers and manufacturers the ability to meet their specific application needs.

The RF80E331MDN1JT has an operating temperature range of -40°C to 105°C and features a maximum DC voltage rating of 80V, a peak surge current of 575 A and an ESR value of 0.2 mΩ. In addition, the RF80E331MDN1JT is designed with an impressive power dissipation capability, which allows it to withstand higher surge currents as compared to other aluminum-polymer capacitors.

How does the RF80E331MDN1JT work? This capacitor utilizes the combination of aluminum and polymer layers to create a dielectric medium. The use of aluminum and polymer creates an extremely thin dielectric, which enhances the capacitance without reducing the specific capacitance of the capacitor, resulting in a high capacitance value. The combination of aluminum and polymer also allows for a large surface area of the plates, resulting in a higher amount of charge stored per unit volume.

Once the voltage is applied, the capacitor will store energy in the form of a charge field between the positive and negative plates. This energy can then be extracted upon discharge, giving the device its high capacitance value, as well as a high voltage and low ESR. After the energy is extracted in the form of a discharge, the voltage and ESR will decrease as the capacitor returns to its original state.

The RF80E331MDN1JT aluminum-polymer capacitor is a popular choice for many applications due to its combination of high capacitance, high voltage and low ESR. Its wide operating temperature range, high surge current and power dissipation capabilities make it an ideal choice for high voltage and low ESR applications. Its combination of aluminum and polymer layers give it an impressive power handling capability and its high specific capacitance provides the user with an efficient and cost effective solution for their application.

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