AVS226M50E16T-F

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Aluminum Electrolytic Capacitors

An aluminum electrolytic capacitor, or simply an electrolytic capacitor, is an electrical component with capacitance that disproportionately increases with voltage when compared to other components. The AVS226M50E16T-F is a good example of this type of capacitor - its properties make it useful in a variety of applications and environments.

Application Field

The AVS226M50E16T-F in particular is a polarized, non-solid aluminum electrolytic capacitor, and its application field focuses primarily on consumer electronics, power supplies, audio equipment, computers, and other industrial applications. The operating temperature range of this component is -40 to +105 °C. These capacity values are in the range of between 1µF and 680µF, making it possible to store a decent amount of electrical energy in a small amount of space.

Due to its size and low electrical resistance, the AVS226M50E16T-F is well-suited for energy storage in systems where practical size requirements are significant, such as portable consumer electronics and other miniature electronics. It also finds use in applications where even the smallest size difference makes a difference, such as audio amplifiers, car stereos, and virtual reality helmets.

Working Principle

The AVS226M50E16T-F is an aluminum electrolytic capacitor because of its construction and materials. It has a solid electrolyte of manganese dioxide which is sandwiched between two aluminum foil plates, with the anode plate typically sprayed with electrolyte paste. The electrolyte paste serves to aid ionization of the aluminum oxide, producing charge-bearing oxide ions and increasing the capacitating effect of the capacitor.

The electrolyte paste also contains additives that reduce the likelihood of leakage currents, and reduce erosion of aluminum oxide on the plates over time, also called aged deterioration. This gives aluminum electrolytic capacitors superior long-term stability - all while maintaining an excellent capacitance to volume ratio.

When a capacitance drop is observed during operational life, aging can be indicated. To avoid aging, the application should use a two-temperature derating, taking into account the temperature range of the application, to be sure that the temperature of the device is within the specified life of the device. For devices with an operating temperature under +105°C, the derating curve may be followed to extend their life even further.

Conclusion

The AVS226M50E16T-F aluminum electrolytic capacitor is a useful component in many different applications, but it is particularly useful in consumer electronics, power supplies, and audio equipment. Its high capacitance, low electrical resistance, and long-term stability make it a valuable component in fields where size and performance are important.

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