405PSB700K6R

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Film Capacitors

Film capacitors are passive electronic components, and typically consist of a plastic film as dielectric, metal electrodes and a rectangular, cylindrical, screw terminal or SMD housing. They are used in a wide variety of applications, including signal processing, power factor correction, switching power supplies, snubbers, AC motor start-ups, instrumentation and mass production systems.

405PSB700K6R Application and Working Principle

The 405PSB700K6R is a film capacitor with a standard chip capacitor lead shape available in standard vibration inductor (VLI) and non-embedded type. It comes with a range of standard features, including low parasitics, high capacitance, low ESR, and a low dissipation factor. The film dielectric used in the 405PSB700K6R is polypropylene (PP). PP film capacitors offer excellent stability and low dissipation or leakage characteristics over a wide range of operating conditions and frequencies.

The 405PSB700K6R is capable of operating at high temperatures with excellent stability. This makes it ideal for high temperature conditions such as automotive, medical, industrial, and even aerospace applications. The low ESR and low leakage current means that the capacitor will not heat up significantly. The small size of the body also makes it ideal for tight spaces.

The 405PSB700K6R is used in many different applications where high performance and reliability is necessary. In the automotive industry, it is used primarily for ignition systems, headlights, and defrosters. In the medical industry, it is used in pacemakers and other medical electronics. In the aerospace industry, it is used to control lift and power systems. In instrumentation, it is used to measure and correct voltage levels. In power factor correction, it is used to reduce harmonic distortion caused by high current draw.

The working principle of the 405PSB700K6R is straightforward. It consists of two electrodes and a film dielectric between them. When a voltage is applied across the electrodes, an electrostatic field is generated. This field is the result of electric charge moving between the electrodes. This electric charge is attracted by the opposite electrode and stored in the form of a capacitor. The stored charge is discharged when the applied voltage is removed.

The 405PSB700K6R is a highly reliable component capable of withstanding very high temperatures and is suitable for a variety of different applications. It has a very low ESR and leakage current and provides excellent performance and reliability in power factor correction and other high temperature applications.

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