APXA100ARA471MJC0G

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Aluminum-polymer capacitors are commonly used in a variety of applications, including AC and DC power source circuits, pulse circuits, and RF circuits. The APXA100ARA471MJC0G, for example, is a general-purpose aluminum-polymer capacitor, which is known for its high reliability and low ESR.

APXA100ARA471MJC0G capacitors are available in three sizes, ranging from 0402 to 1210 (this stands for 0.4” x 0.2” to 12.1” x 10”). They have a rated capacitance of 0.1 microF and a rated working temperature of -55°C to +125°C. The operating temperature range also depends on the operating voltage.

The APXA100ARA471MJC0G capacitor is typically used in circuits requiring a high voltage, up to 20 volts. It is often used in high-frequency switching circuits or power supplies, as well as audio and RF filters. It is also widely used in automotive and medical applications, as well as consumer electronics.

The APXA100ARA471MJC0G capacitor operates in the same way as a ceramic capacitor, with two electrolytic plates being separated by an ionized electrolytic material. This material is most commonly a ceramic material, but aluminum-polymer capacitors use a dielectric material of both aluminum and polymer (or other suitable plastic material).

The capacitor stores energy by distributing electrical charges in two parallel plates, which are separated by a divider. The divider stores the charge in an electrical field, which is surrounded by the dielectric. As current passes through the capacitor, the charges collect and move in the same direction. This creates an electric field that causes an opposing force, as well as a voltage drop across the plates, thus creating capacitance.

At the same time, the dielectric material ensures that the charges are insulated from each other, preventing short circuit and other types of electrical malfunctions. The combination of capacitance and dielectric material makes the APXA100ARA471MJC0G a reliable capacitor for high voltage applications.

Aluminum-polymer capacitors are becoming increasingly popular as an alternative to traditional ceramic capacitors. They are more cost effective, and offer superior performance over ceramic capacitors. Additionally, their high reliability and low ESR makes them ideal for use in high-frequency switching and power applications.

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