B41041A6104M

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Aluminum electrolytic capacitors are among the most widely used capacitors for practically all applications. The B41041A6104M is an aluminum electrolytic capacitor that takes advantage of the superior properties of the aluminum electrolyte, in terms of both its electrical properties and its robustness against environmental and mechanical conditions.

Application Field

The B41041A6104M capacitor is mainly used for high ripple currents. It’s a snap-in capacitor specifically designed for applications subject to high mechanical vibration, with an extended operating temperature range from -55°C to +105°C. Moreover, it offers additional advantages such as leakage current fatigue protection, long life expectancy and high ripple current capability. Its special design prevents the destruction of the capacitor’s internal structure due to moisture infiltration.

The B41041A6104M is suitable for applications where there is a high need for stability, especially in lower frequency filtering applications. It has the ability to hold large charge for a long amount of time. This makes the B41041A6104M capacitors perfect for power supplies and motorized equipment.

These capacitors can also be used in switching power supplies as they are capable of dealing with power pulsed applications withstanding even very high working temperatures. This makes it perfect for operation with integrated circuits and digital equipment.

The B41041A6104M is ideal for use in places where smaller, high ripple current, high capacitance aluminum electrolytic capacitors are preferred, like appliances, computer circuitries, television sets, etc.

Working Principle

Aluminum electrolytic capacitors such as the B41041A6104M consist of two conductive plates, and a thin film of liquid electrolyte that serves as the medium to transport ions between the plates. The positive plate consists of an oxide layer formed on its surface that prevents the metal current from flowing from the anode to the cathode and, as a result, forces current to travel through the electrolyte.

A capacitor of either polar or nonpolar type will only work if there is a power supply connected to it. This means that the capacitor will be able to store extra energy as long as there is current circulating between the plates. The liquid electrolyte helps to keep the plates charged and equalize the electric potential even without the assistance of a direct electrical connection.

The circulation of current is also supported by the properties of the oxide layer formed on the anode plate, which allows it to hold additional amount of charge. This ensures that the capacitor will be able to maintain its capacitance throughout its lifetime, as long as the electrolyte does not reach its thermal limit which will result in a permanent damage.

The B41041A6104M is capable of suppressing high frequency switching noises with low impedance. This is a good indication of its stability, as the higher the capacitance and the lower the impedance, the better the noise suppression capabilities.

In conclusion, the B41041A6104M aluminum electrolytic capacitor offers great flexibility in designing switch mode power supplies. It has a wide range of applications due to its excellent operating temperature range, extended life expectancy, high ripple current capability, impressive stability and low impedance.

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