B32620A0472K000

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Film capacitors are a fundamental element in today’s electrical components, and the B32620A0472K000 is no exception. From its ability to provide large-value capacitance to its high operational stability, the B32620A0472K000 film capacitor is used in a wide variety of applications, from consumer electronics and medical equipment to industrial machinery and telecommunications. Below is an explanation of the B32620A0472K000’s application field and working principle.

Application Field

The B32620A0472K000 is a film capacitor designed for small signal coupling and decoupling, energy storage, and more. It is notable for its very low levels of contact resistance and inductance, making it a great choice for pulsed-modulated applications. The B32620A0472K000’s minimal trapped stresses make it perfect for use in bulk containers that may have some form of frequent temperature cycling. Its coating of tetrachloroethylene (TCE) gives it a strong plasticizer strength, allowing for both moisture proofing and environmental-resistance properties.

The B32620A0472K000 is a great choice for use in relatively high-power frequency control applications like motor controllers, variable speed drives, or any products that require controlled pulse/spike/transient power, stability, and reliability. The B32620A0472K000’s long-term stability and self-healing properties make it even more resilient against power fluctuations, the occasional overheating, or any other form of mechanical stress.

The B32620A0472K000 can also be found in temperature controlled environments; it has a temperature coefficient rating of -120 ppm/°C, making it great for use in temperature-controlled equipment. Additionally, it can be used in various microwaves and radio equipment, and provides stable signal propagation in applications ranging from broadcasting to transmission.

Working Principle

The B32620A0472K000 is a film capacitor that utilizes a polypropylene dielectric for its internal material. This material offers far more resilience against the current and temperature vibes that the B32620A0472K000 can be subjected to. This polypropylene material is what allows the B32620A0472K000 to remain stable even under high levels of power.

The B32620A0472K000 is also a metallized capacitor, meaning it has a metal film and a dielectric layer that are alternately layered to form the structure of the component. When current passes through the B32620A0472K000, a capacitive effect is generated as the metal and dielectric layer interact. The polarization of the dielectric affects the capacitive effect, allowing for a high insulation ability and a low leakage current.

In addition, the B32620A0472K000’s construction also allows it to be highly stable under harsh environmental conditions. The component is chemically resistant, meaning that it won’t corrode in humid or other corrosive environments. Its internal structure also gives it superior electrical insulation capabilities compared to other types of capacitors.

The B32620A0472K000 is rated for use up to a working voltage of 8 volts and is rated to a maximum of 16 volts with a working current of 0.2 amps.

The B32620A0472K000 film capacitor is a versatile component that can be used in a wide variety of applications, from consumer electronics and medical equipment to industrial machinery and telecommunications. Its features, such as minimal contact resistance and inductance, it’s minimal trapped stresses, its strong plasticizer strength, and its ability to remain stable in extreme environments make it an ideal choice for use in many products. Its working principle of a metal film and dielectric layer also makes it a highly reliable and durable component.

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