PLV1D181MDL1

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Aluminum-polymer capacitors are energy-storing components used in a variety of electronic applications given their exceptional combination of capacity, versatility, and robustness. As such, they are increasingly prevalent in all types of electronic systems, such as those found in computer and smartphone products, automotive electrical systems, and various industrial applications. The PLV1D181MDL1 capacitor is one such device that can be used in a range of applications and is built with the highest quality components for lasting performance and dependability. In this article, we will explore the application field and working principles associated with the PLV1D181MDL1 capacitor.

What Is an Aluminum - Polymer Capacitor?

An aluminum-polymer capacitor, or Al-polymer capacitor, is a type of supercapacitor that uses an anodized aluminum as the conducting electrode and porous electrodes with a polymer electrolyte. The advantages of using a polymer electrolyte over other electrolytes are their higher energy and power capacity, their long cycle life, and their robustness in the face of temperature and pressure changes. Moreover, Al-polymer capacitors operate silently without generating the buzzing noise that many traditional electrolytic capacitors tend to do.

PLV1D181MDL1 Aluminum-Polymer Capacitor Specifications

The PLV1D181MDL1 capacitor is a device designed and manufactured according to international standards. It features a capacitance range from 1.0μF to 1μF and a maximum working voltage of 18V. The device also has a lower tolerance rate of ±10%, a temperature range of -25°C to 85°C, and can handle an abrasion current of up to 5mA.

Application Field and Working Principle

Due to its superior specifications, the PLV1D181MDL1 capacitor is suitable for a wide range of applications, from computer and communication equipment to power supplies. Its robust construction enables it to function as an energy-storing component in higher voltage environments, helping to stabilize power and reduce energy leakage. Being an aluminum-polymer capacitor, the PLV1D181MDL1 capacitor stores energy through the use of a polymer electrolyte, which is a porous material that holds an electric charge. This property makes the capacitor well-suited for a variety of applications, including power regulation, smoothing, and filtering in circuits.

Conclusion

The PLV1D181MDL1 capacitor is an incredibly versatile component that can be used in a wide range of electronic applications. Its superior specifications, such as a uniformly low tolerance rate, resistance to temperature and pressure changes, and low abrasion current, make it a dependable component for any application. The device operates on the principle of an aluminum-polymer capacitor, which stores energy through the use of a polymer electrolyte, enabling it to efficiently and reliably store and regulate electricity as needed. As such, the PLV1D181MDL1 is an excellent choice for any use case that requires a dependable energy-storing component.

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