MAL216056102E3

Aluminum Electrolytic Capacitors

The MAL216056102E3 is a type of radial leaded aluminum electrolytic capacitor which utilizes an anode of aluminum foil, typically with an etched surface. It is combined with a non-solid electrolyte, and features polarised behaviour due to its construction, and has the ability to allow for a very high density of energy storage. This makes it a popular choice for applications that require high-density energy storage, such as in computers, cell phones, and other audio/visual components.

Application Field

The MAL216056102E3 aluminum electrolytic capacitor is mainly used for filtering, temporary storage, and energy recovery. Therefore it can be seen in many electrical systems where large capacitance is needed and space saving is important. This includes medical imaging devices, pulsed power applications, telecommunication systems, and surrounding embedded systems. It is also widely used in consumer electronics such as audio/visual equipment and cell phones, where high capacitance and energy storage is necessary for storage, filtering, and power protection.

Working Principle

The MAL216056102E3 works on the basis of Faraday’s Law, which explains how an electric field can induce a voltage across a conductor. In this aluminum electrolytic capacitor’s case, an electric field is created from an electrolyte and an anode from an aluminum foil. As a result of this field, current will flow through the circuit, meaning that an increased voltage and an increased capacitance will be present. This process helps to increase the energy storage capacity of the capacitor, and thus the overall efficiency of the device.

Conclusion

The MAL216056102E3 aluminum electrolytic capacitor is widely used in many applications due to its ability to offer high density energy storage and a high capacitance. Its design and construction, based on Faraday’s Law, allows for the device to operate in a manner that is efficient and reliable. The widespread use of this component in a variety of applications shows its versatility and value to a variety of consumers.