0201ZK6R2BBWTR

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Thin film capacitors are an essential technology used in many applications. The 0201ZK6R2BBWTR is a highly reliable, robust device that offers a wide variety of performance and capacity options. This article will explain the application field and working principle of the 0201ZK6R2BBWTR.

The 0201ZK6R2BBWTR is a thin film capacitor designed for high voltage applications, such as radio-frequency transmitters, and multilayer ceramic chip capacitors. It has a range of capacitance ratings, from 0.47 to 0.85 μF, with a maximum recommended operating voltage of 500V. The 0201ZK6R2BBWTR also features a low-temperature coefficient, making it suitable for a wide range of temperatures.

The frame construction of the 0201ZK6R2BBWTR is simplified and adapted to the conditions on the surface of the substrate. The bottom surface is divided into two electrodes, separated by a dielectric material. This dielectric material is then joined with a conductive foil film, which forms the two capacitance terminals. The top surface is made from a non-conductive layer, giving the capacitor its basic frame.

The 0201ZK6R2BBWTR can offer a wide application field and have the ability to operate in a wide variety of temperatures. It is suitable for applications such as high frequency transmitters, radio frequency receivers, mobile devices and telecommunication equipment, as well as precision measurement instruments. It can also be used as a coupling capacitor in switching converters, and in other high frequency applications.

The 0201ZK6R2BBWTR has a simple and efficient working principle. This type of capacitor uses the electric field principle, in which an electric field is generated between two electrodes, and the opposing force of the field drives current through the dielectric material. This current creates a voltage across the two terminals, and the capacitance is determined by the ratio of the voltage to the current.

The 0201ZK6R2BBWTR is an excellent choice for many applications, and its highly reliable performance makes it an ideal choice for a wide range of projects. Its robust construction and wide temperature range make it suitable for many high voltage applications, and its simple yet effective working principle makes it an ideal choice for precision measurement instruments.

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