KP1830268061G

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Film Capacitors are a type of device that relies on a thin insulating film as the dielectric. They offer very stable capacitance values and a wide frequency response range compared to other types of capacitors. Consequently, they are widely used in oscillators, radiators, transducers, filters, and audio frequency circuits. One such type of film capacitor is the KP1830268061G.

This particular type of capacitor is noteworthy for its high volumetric efficiency, which is due to its miniaturized construction. It has an operating temperature range of -55 to +125 degrees Celsius, and a rated voltage of 8.25 volts at 5.2GHz. Additionally, its impedance characteristics help to reduce losses, while an ultra-thin dielectric film improves its overall performance. It also features a high thermal stability, and is able to tolerate spikes up to 2KV.

The KP1830268061G is typically used in passive antenna systems, due to its ability to reduce multi-path interference and improve overall signal transmission. It can also help to improve reception levels for cell phone signals and digital satellite TV. It is also used in communications and broadcasting equipment, which helps to ensure stable antenna power transmission in challenging environments. Finally, the KP1830268061G is also used in the manufacture of RFID tags for asset tracking and identification.

The working principle of the KP1830268061G is fairly simple. When an electric current passes through the capacitor, its two electrodes become charged and create an electric field. This is known as the capacitance, and it causes thes capacitor to act as a storage element for electric energy. As the capacitor undergoes charging and discharging cycles, the electric field inside it becomes more unstable, leading to the loss of energy known as dielectric losses.

In order to increase the efficiency of the capacitor, a thin layer of dielectric material is used to separate the two electrodes. This dielectric material helps to reduce losses, and increases the capacitor’s performance. Additionally, the dielectric material also helps to maintain a stable capacitance value, even when exposed to electrical and temperature fluctuations. This is one of the main advantages of the KP1830268061G.

The KP1830268061G is an excellent choice for applications where a high degree of performance is required. Its volumetric efficiency and thin dielectric layer make it well-suited for antenna systems, communications and broadcasting, and RFID tags. It also offers a wide temperature range, rated voltage, and is able to tolerate high voltage transients. With its impressive performance characteristics, the KP1830268061G is an ideal choice for a variety of film capacitor applications.

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