ELXV800ELL101MJ25S

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Aluminum Electrolytic Capacitors represent a form of capacitor that is based on the use of aluminum oxide film formed on the surface of an aluminum anode. This film acts as the dielectric medium, and provides the necessary electrical breakdown field for the capacitor to operate. The ELXV800ELL101MJ25S is an example of such a capacitor, and offers many unique properties and performance characteristics that make it a popular choice amongst both hobbyist and professional applications.

Application Field

The ELXV800ELL101MJ25S is a general-purpose aluminum electrolytic capacitor designed for cost-effective and reliable performance in power supplies, inverters, and DC motor applications. Its robust temperature rating of -40°C to +85°C and long life expectancy of 500 hours at +85°C (2,000 hours at +70°C) make it suitable not only for harsh industrial and automotive environments, but also for high temperature, long-life applications. As the value of ESR increases with higher temperature, these capacitors are particularly well-suited for applications requiring long-term reliability.

Being present in a wide variety of consumer electronics, including automotive, medical, and industrial applications, the ELXV800ELL101MJ25S aluminum electrolytic capacitor is an economical choice for applications requiring high power endurance in various climates. To increase circuit stability, it can be installed alongside higher-end electrolytic capacitors, adding additional energy storage when needed.

Working Principle

Aluminum electrolytic capacitors are composed of several capacitance-forming elements. At the core of an ELXV800ELL101MJ25S capacitor is a rod of pure aluminum with an oxide layer on its surface. The aluminum oxide layer acts as the dielectric material, while the aluminum element acts as the anode of the capacitor. Two additional metal layers, one connected to the anode and one connected to the cathode make up the essential components of the device.

When a voltage is applied to the capacitor, electrons from the anode are attracted to the cathode, producing an electric field between the two elements, resulting in a build-up of charge on the anode\'s oxide layer. This produces a net capacitance in the device, allowing the capacitor to store energy.

As a “general-purpose” capacitor, the ELXV800ELL101MJ25S exhibits a wide range of signaling capabilities in response to voltage, current, and temperature fluctuations. Its extensive temperature range and long-term reliability make it a worthy choice for applications requiring lasting performance.

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