MKP1847H61225KP2

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Film capacitors, commonly known as plastic capacitors, are composed of film and electrode consisting of metal or conductive polymerized thin film with insulation. They are typically used in audio-frequency circuit and pulse circuit of high-voltage field. MKP1847H61225KP2 is a typical plastic capacitor with a wide application field.

When applied to AC circuits, MKP1847H61225KP2 is characterized by higher impedance, low losses and excellent self-healing function. It provides better electrical performance over a wide frequency range than traditional plastic film capacitor. The self-healing capabilities of MKP1847H61225KP2 protect it from damaging effects of electrical discharges and prolong its life. It features low inherent ESR and ESL values and excellent linearity, aside from high capacitance values.

The wide range of DC application of MKP1847H61225KP2 includes power supply, switching power sink, filtering, energy storage, and ground transformer. Power supply applications typically include storage devices such as flash memory, RAM, and high voltage. It can also be used in power supply for LED, mobile phone, and other computer related power supplies. These power supplies have long lifecycles, high efficiency, and low temperatures. Furthermore, MKP1847H61225KP2 has great RF interference properties and anti-RF interference performance for applications that are highly sensitive to radio frequency interference.

In addition to its DC application, MKP1847H61225KP2 also has numerous AC applications. It is ideal for AC filtering in automotive and industrial applications, where stringent control of DC is necessary. This capacitor provides high breakdown voltage compared to other plastic film capacitors, making it suitable for high voltage applications. Additionally, MKP1847H61225KP2 is often used for pulse wave smoothing applications, such as in power supplies, medical equipment, and instrumentation.

The main principle of MKP1847H61225KP2 is the separation of positive and negative poles, forming two electrodes. Each electrode is built on a layer of insulation between the two electrodes. When an alternating current flows through the capacitor, the electric field between the electrodes builds up, creating a potential difference between them, which creates a charge separation and stores energy. The proportion and accumulation of electricity in the capacitor depends on the size and shape of the capacitor. When the charge reaches a certain level, the capacitor will start to conduct electricity until the charge reaches equilibrium.

In conclusion, MKP1847H61225KP2 is a popular plastic capacitor with a wide range of DC and AC applications. It offers high impedance, low losses, and excellent self-healing capabilities, making it ideal for high voltage and pulse wave smoothing applications. It also has excellent RF interference properties and anti-RF interference and high capacitance values, making it a reliable film capacitor for many applications.

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