CD4ED430JO3

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Mica and PTFE capacitors are a type of high voltage, high frequency capacitors used in various applications for the purpose of electrical insulation and energy storage. The CD4ED430JO3 capacitor is a PTFE-mica combination component built for the purpose of high-voltage, high frequency energy storage and insulation. This capacitor has a relatively high maximum voltage rating of 4kV and offers high frequency and pulse-intensive operation even at this voltage level.

The CD4ED430JO3 capacitor has a small size and a low profile with eleven case sizes available, ranging from 12.7mm to 49.5mm, and a height of around 8.2mm. This allows it to be used in both conventional and surface-mount applications, taking up minimal space. Furthermore, its PTFE-mica dielectric construction provides superior operational performance, durability, and efficiency.

The main application fields of the CD4ED430JO3 capacitor are in the audio and video industry, in automobiles, and in the household electrical appliances industry. It can be used as a blocking capacitor in AC-AC conversion, to reduce the generated electromagnetic interference, or as an anti-jamming capacitor in AC-DC conversion. In the automobile industry, it can be used in the power supply of various board systems in vehicles, or in the stabilization power supply of power amplifiers. At home, they are found in TVs, radios, alarm systems, hair dryers, microwave ovens, washing machines, and other household appliances.

The working principle of the CD4ED430JO3 capacitor is the same as that of other capacitors, which is based on the three fundamental electrical components: conductors, dielectrics, and electric fields. Dielectric layers are forms of insulators that are required to allow a charge to accumulate on each plate. The dielectric layer in this capacitor is made up of a combination of mica and PTFE, which are both ideal insulators and offer high electrical resistance. This combination also ensures that the capacitor can withstand a higher voltage than regular mica or PTFE capacitors.

The electric fields between the two plates of the capacitor cause the charge to accumulate on each plate. This is referred to as capacitance. The capacitance of the CD4ED430JO3 is referred to in Farads (F), and its maximum capacitance is 0.2µF. This value refers to the amount of energy the capacitor can store in the electric field between the plates of the capacitor.

The CD4ED430JO3 capacitor is engineered for high-voltage, high frequency energy storage and insulation, making it an ideal component for applications in the audio and video industry, automobiles, and in the household electrical appliances industry. Its PTFE-mica composition provides superior operational performance, durability, and efficiency. Its small size and low profile also make it suitable for both conventional and surface-mount designs. Ultimately, the superior operational performance and efficiency of the CD4ED430JO3 capacitor offer longer lifespan and minimal maintenance costs, making it the ideal choice for a variety of uses in a variety of industries.

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