E36D400MLS104VEA5M

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Aluminum Electrolytic Capacitors, like the E36D400MLS104VEA5M, are valued and popular in the electronic field for their ability to store electrical energy. This capacitor is designed for power supply filtering applications in a variety of electronic products.

This capacitor\'s structure is composed of an aluminum can with two aluminum foil layers. One foil layer is an anode and the other is a cathode. A separator is placed between the two and electrolyte is placed on the separator. The anode and cathode are generally evenly spaced apart. One of the layer is etched with grooves, allowing electrons to pass through the capacitor and allowing positive and negative charges to be stored on separate layers.

The capacitance of this capacitor depends on both the physical area of the electrode surfaces and the distance between them. The greater the capacitance, the greater the amount of energy that can be stored in the capacitor. The capacitance of the E36D400MLS104VEA5M is 400μF. This capacitor is also rated at 16V, which determines the maximum voltage that it can handle without suffering from permanent damage.

The performance of the E36D400MLS104VEA5M makes it ideal for power supply filtering applications, such as in power supplies for consumer electronics which require filtering of high frequency noise. It can also be used in circuit designs for low-noise audio amplification, where it can significantly reduce noise due to its high-capacity and low-ESR characteristics. Being low in size, this capacitor is also useful for designs which require compact installations. Additionally, its stable performance over wide temperature ranges makes it suitable for use in automotive applications.

In summary, the E36D400MLS104VEA5M aluminum electrolytic capacitor is designed for power supply filtering applications with its 400μF capacitance, 16V rating and low ESR. It is suitable for use in a variety of applications, from power supplies to audio amplification, and due to its low size is well suited for compact design projects. Its performance is stable across a wide temperature range, making it ideal for automotive applications.

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