150474K63DB

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Film Capacitors are primarily used for high frequency applications because of their superior performance characteristics. The 150474K63DB is particularly suited for this role due to its high oxide breakdown voltage, low dielectric losses, and low inductance, allowing for high energy density installation. The capacitance range available is between 2 to several hundred nanofarads and its decoupling performance is excellent even at very low frequencies.

The 150474K63DB capacitor is known for its high frequency and high power dissipation capabilities. It is ideal for applications such as RF amplifiers, resonators, band-pass filters, and pulse integration circuits. The capacitance range available is between 10uF to many hundred nanofarads. Additionally, it is able to provide decoupling performance even at very low frequencies.

The 150474K63DB capacitor is made of two sheets of polycarbonate film, which are sandwiched between two silverized aluminum foils. These films are interspaced with paper capacitor dielectric material that is filled with oil. The capacitor then has a nickel-plated steel base plate with an oxide film layer for dielectric protection. These capacitor layers are sealed into the capacitor housing with a polyurethane gEL.

The 150474K63DB capacitor’s working principle is based on the concept of capacitance. Capacitance is the ability of a material to store an electrical charge and is measured in Farads. When a voltage is applied across the capacitor’s plates, an electrical field is created between them. This field creates a physical reaction within the capacitor, thus allowing an electric current to flow.

The 150474K63DB capacitor’s application field is wide and varied. It can be used for general electronic applications such as power supplies, signal and power line decoupling, and in high frequency UPS/Voltage Regulators. It can also be used in automotive electronic applications such as spark gap protection, as well as in electric motor/generator ing and power conditioning. Furthermore, it can be used in audio amplifiers, electronic hearing aids, and in other high frequency circuits.

In conclusion, the 150474K63DB capacitor is an excellent choice for high frequency applications. It provides high oxide breakdown voltage, low dielectric losses, and low inductance characteristics. Its application field is wide and varied and it is able to provide an excellent decoupling performance even at very low frequencies. Furthermore, its working principle is based on the concept of capacitance and it is made of two sheets of polycarbonate plastic and paper capacitor dielectric material, which is sealed with a polyurethane gEL.

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