224MMR400K

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Film Capacitors

Film capacitors in their many forms are used throughout the world in countless civilian, industrial, and military applications. One of the most common types of film capacitors is the 224MMR400K. This capacitor features a wide range of features, characteristics, and a variety of application fields.

224MMR400K Features and Characteristics

The 224MMR400K capacitor features a maximum capacitance of 400 KµF, and is made of polyethylene terephthalate (PET) dielectric material. This construction provides the capacitor with excellent characteristics such as outstanding temperature stability, a high self-healing capacity, and exceptional electrical insulation. Moreover, the capacitor also come with a relatively low ESR (equivalent series resistance) values in the range of 30-50 mΩ – offering excellent pulse performance and rock solid stability at high frequencies.

The 224MMR400K can handle an AC (Alternating Current) voltage of up to 220 V, and is designed with a long-term operating temperature of -40ºC to 85ºC. The component comes in an asymmetric, radial format and is packaged in eNTAC or audiophile PD MNCC style cases. Additionally, 224MMR400K features a compact design which allows them to be easily integrated into a variety of consumer electronics, industrial machinery and other related applications.

224MMR400K Application Fields

224MMR400K capacitors are commonly used in a wide range of consumer electronics, power tools, industrial applications, and other related devices. Some of the most common applications include DC/DC converters, laptops, LCD monitors, LED lighting, controller boards, and even aircraft communication systems.

Though the component is primarily used in consumer and industrial applications, it is also adapted to military applications. In this case, the 224MMR400K’s exceptional characteristics such as temperature stability and high insulation make them suitable for use in military radar and communications systems.

224MMR400K Working Principle

The working principle of the 224MMR400K is relatively straightforward and can be understood with a basic understanding of capacitance. When a voltage is applied to the capacitor’s positive and negative terminals, current will flow through its internal structure and charge the capacitor. As this current continues to flow, the capacitor will store an electrical charge in the form of an electrical field.

When this voltage is removed, the capacitor will keep this electrical field and its charge stored inside. This stored charge can then be used in a circuit to discharge its charge and generate a current flow. The 224MMR400K is designed to provide reliable performance and quick reaction times when acting as an AC line filter or a DC voltage suppressor.

Conclusion

The 224MMR400K capacitor is an excellent choice for a variety of applications ranging from consumer electronics to military-grade radar and communication systems. This component offers great features such as a high capacitance, excellent temperature stability, and exceptional insulation. Moreover, the 224MMR400K capacitor works on a relatively simple principle of charging and discharging stored electrical energy.

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