DLR1P47J-F

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Film capacitors are one of the most common electro-magnetic components used in everyday devices around us. The DLR1P47J-F capacitor is an example of this type of component, offering reliability and performance in various high-frequency electronic applications.

The DLR1P47J-F is a capacitor that consists of several layers of a polypropylene film. The layers are either metallised with aluminium or sprayed with carbon, depending on the desired application. It is then housed within a non-conductive plastic enclosure which helps to reduce the effect of environmental factors such as shock, vibration and moisture.

The construction of the DLR1P47J-F capacitor makes it suitable for a variety of applications. Its low ESR and ESL values make it suitable for use in high-frequency switching power supplies, audio applications and short-term energy storage. It is also suitable for use in high-voltage applications such as LED lighting and solar energy storage.

In addition to these applications, the DLR1P47J-F is also well suited for use in automotive electronics. This is because it does not experience temperature drift, unlike some other types of capacitors, and it has a high current handling capacity which makes it ideal for power distribution in cars. Its robust construction also makes it reliable when used in automotive environments.

The working principle of the DLR1P47J-F is based on the capacitance between two conductive surfaces. This is achieved through the use of two layers of metallised or carbon-sprayed polypropylene film. When a voltage is applied, the capacitance between the two layers increases, storing energy and forming electrical field. As current is applied, the electrical field builds up, creating a voltage potential and resulting in current being stored in the capacitance.

The DLR1P47J-F capacitor is a reliable and versatile component that is suitable for a wide variety of applications. Its construction ensures that it is suitable for use in high-frequency applications, automotive applications and high-voltage applications. Its robust construction and high current handling capacity also make it reliable for use in such environments. As such, it is an ideal choice for use in many different electronic applications.

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