E74D350HPN363MC92N

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Aluminum electrolytic capacitors are one of the most widely used capacitors in modern electronic circuitry. They are the most reliable and cost-effective type of capacitor used in most electrical and electronic circuits.

The E74D350HPN363MC92N is one of the many aluminum electrolytic capacitors available in the market today. It is designed with a high-quality and sturdy epoxy body that provides superior stability and repeatability, as well as excellent electrical insulation qualities. The capacitor also features nickel-plated brass terminals and an axial construction. This combination of features allows it to be used in demanding applications such as motor drives, industrial inverters, power supplies, and motion control equipment.

The E74D350HPN363MC92N has an operating voltage range of 25 to 63 VDC. It provides a maximum working voltage of 50 VDC and a rated temperature range of -40°C to +125°C. Its capacitance range is from 0.047μF to 2.2μF and its maximum ripple current capacity is 85mA. It also has a long-term leakage of 0.02CV or 3mA at +125°C. Due to its excellent electrical properties, the capacitor is able to operate for extended periods of time in harsh environments.

When it comes to the working principle of the E74D350HPN363MC92N aluminum electrolytic capacitor, it is similar to other capacitors. The capacitor is made of two conducting surfaces that are separated by an insulating oxide. When an electric charge is applied to these surfaces, it creates an electric field between them. The electric field forces the ions to move through the oxide, forming an electric current. This current is then stored as an electrical charge that can be used for various applications.

In conclusion, the E74D350HPN363MC92N aluminum electrolytic capacitor is a reliable and cost-effective solution for most electrical and electronic applications. It is highly durable and has excellent electrical properties. It can be used in harsh environments for extended periods of time without any negative impacts on performance. The capacitor is also relatively easy to use and its working principle is well-understood and widely accepted.

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