PCJ1C820MCL1GS

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Aluminum-polymer capacitors are electronic components that use aluminum and polymers to store energy. The PCJ1C820MCL1GS is a type of aluminum-polymer capacitor that is designed for high-frequency applications and rated for 275°C operating temperature. It has a capacitance of 820µF, and a max surge current of 5A.

Aluminum-polymer capacitors are commonly used in power-supply circuits and high frequency applications, such as those found in cell phones, laptops, and other consumer electronics. They are also used as bypass capacitors in power-supply or memory circuits and as charge pumps in switching power supplies. These capacitors have low ESR, low cost, and high ripple current ratings.

The PCJ1C820MCL1GS aluminum-polymer capacitor is an electrolytic-type capacitor with an aluminum core and a polymer dielectric layer. It is designed to operate at a higher temperature than other aluminum-polymer capacitors, and has self-healing capabilities. It is resistant to heat and temperature cycling, and can handle higher peak currents.

The aluminum-polymer capacitor works by trapping electrical charge between the two metal surfaces of the capacitor\'s core. When a voltage is applied to the capacitor, electricity will flow from the positive electrode to the negative electrode, creating a charge imbalance between the two. This imbalance forms an electric field, which stores the electrical energy.

The PCJ1C820MCL1GS aluminum-polymer capacitor is a high-temperature-capable capacitor that is designed for applications such as consumer electronics, telecommunication, high frequency, DC-DC converters, power supplies and other power-related circuits. It has a capacitance of 820µF, a maximum surge current of 5A, and an operating temperature range of –55°C to +275°C.

The PCJ1C820MCL1GS aluminum-polymer capacitor is a versatile and reliable capacitor that is designed for high-temperature, high-frequency applications. Its low ESR, low cost, and high ripple current ratings make it ideal for many types of power-supply and high-frequency circuits.

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