PHE450MK5100JR05

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Film capacitors are passive electrical components used in many electronics applications. They are used to store electrical energy and store it in a very small space. The PHE450MK5100JR05 is just one of the many types of film capacitors available. It is also known as a non-polarized capacitor and is used for many applications, including high-voltage rectifiers, audio amplifiers and lightning surge protection circuits.

The PHE450MK5100JR05 film capacitor is a radial lead type capacitor. It is capable of handling up to 450 VDC. Its design is based FTH (film-Foil-Terminal-High voltage) technology. It features a voltage-sensitive spark gap, which provides surge protection when used in a wide variety of applications. It is also designed to provide excellent high-voltage stability. It has a temperature coefficient of -75ppm/°C, which ensures a high-stability operating over a wide temperature range.

In terms of its construction, the PHE450MK5100JR05 is made from NP electrode foil, conductive polymer material with auric/PTFE insulation, and a steel outer shell. The NP electrode foil and the conductive polymer material make up the dielectric layer of the capacitor. The dielectric layer helps to reduce internal losses and dissipate heat, resulting in improved performance. The two layers are then encased in an auric/PTFE material and a steel outer shell. This shell helps to protect the capacitor from corrosive materials or other environmental influences. The entire construction is designed to offer an operating temperature range of -40°C to +125°C.

The PHE450MK5100JR05 is most commonly used in applications requiring high voltage and high power. It can be used in lighting applications, rectifiers, inductors and filters, high frequency switching and audio amplifiers. It is also suitable for power supplies, automotive power supply, and harmonics suppression. Due to its excellent high voltage stability, it is widely used for the protection of systems from lightning strikes.

The PHE450MK5100JR05 works on the principle that electrons within the dielectric experience a force due to the electric field, and thus create a charge. When a voltage is applied, the electric field causes the electrons to move within the dielectric material. This movement causes the accumulation of charge and a capacitance is created. The capacitance increases with the magnitude of the voltage, allowing the capacitor to store energy, which can later be returned to the circuit.

The PHE450MK5100JR05 film capacitor is an excellent choice for applications that require high voltage, high-power handling capabilities, and surge protection. Its features make it very attractive and a great choice for all types of power applications. Its temperature coefficient ensures a high-stability operating over a wide temperature range. The construction of the capacitor ensures excellent protection from environmental influences and makes it very reliable.

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