AFC335M35B12B-F

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Aluminum electrolytic capacitors are polarized capacitors usually with two electrodes, generally a metal case and an anode using aluminum foil. In most aluminum electrolytic capacitors the aluminum oxide acts as a dielectric. They are by far the most common type of capacitor and have the highest capacitance-to-size ratio. The AFC335M35B12B-F belongs to a line of aluminum electrolytic capacitors.

These capacitors are designed to be used in energy storage applications with an operating temperature range of between -25 to 70 °C. It is mainly used as a filtering, bypassing, coupling, and DC linking component in digital circuits. This device does not require a very high level of capacitor leakage current.

The AFC335M35B12B-F has a 25-50% higher capacitance than regular aluminum electrolytic capacitors. This is advantageous when space for capacitance storage is at a premium. The 4mm x 5mm form factor makes them suitable for small, space constrained applications.

The capacitance is variable based on the accumulator voltage, temperature, frequency, and current. This feature makes them ideal for applications where capacitor and circuit performance must be optimized in order to meet the desired application requirements. This also enables the capacitor to work better at higher voltages than their regular aluminum electrolytic counterparts.

The working principle of an aluminum electrolytic capacitor is much like that of any other capacitor. When connected to a power source, electrical charge accumulates on the aluminum foil of the capacitor and this causes the aluminum oxide layer to become negatively charged. The accumulated electrical charge then creates a dielectric field or an electric field that forms between the two plates. This field is what stores the electrical energy, and when the voltage of the power source changes, the capacitance of the capacitor will change as well.

The AFC335M35B12B-F has a peak operating voltage of 6.3V and offers excellent performance and stability. The capacitance and ripple current characteristics remain consistent throughout the operating temperature range. The device is also RoHS compliant and resistant to current surge and reverse voltage, making it perfect for a range of high-reliability applications.

The AFC335M35B12B-F is an ideal choice for many applications. It is suitable for energy storage, filtering, bypassing, and coupling in digital circuits, as well as DC linking operations. The device offers a high capacitance, excellent stability, and low leakage current, making it an excellent choice for many applications.

Not only is the AFC335M35B12B-F suitable for energy storage applications, but it also offers reliability and performance. Furthermore, it is RoHS compliant and can reliably withstand surges and reverse voltages, making it the perfect choice for high reliability applications. This type of capacitor is perfect for applications where the capacitance and circuit performance must be optimized to meet the desired requirements.

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